Automotive, Vehicles & Transportation

Ct-GM451 U8 is a GPS Mouse receiver build-in well-known Ublox 8 GPS chipset. Ct-GM451 U8 provides customer high position, velocity and time accuracy performances as well as high sensitivity and tracking capabilities. Customers benefit from the strength of both companies. Thanks to the low power consumption technology, the Ct-GM451 U8 is ideal for many portable applications such as PDA, Tablet PC, smart phone, automotive etc. Features - 72 channel Ublox M8 positioning engine. - Ultra high sensitivity to -167 dBm. - GPS L1C/A, SBAS L1C/A, QZSS L1C/A and Galileo E1B/support. - Supports GLONASS and is ready for Galileo. - Supports UART, USB and RS232 interface. - Up to 10 Hz update rate. - LED indicate location fix. - Ultra low power consumption.<10mW required for TricklePower™ mode - Ultra miniature 29 x 29 mm dimension - Operating temperature range: -40 to 85°C - RoHS compliant (lead-free) - Water proof (IPX6) - Device Size:42.0 x37.0 x 15.0 mm Applications - Automotive - Personal/Portable Navigation (PDA) - Geographic Surveying - Sports and Recreation - Marine Navigation - Fleet Management

Marine GPS antenna equips innovative, high quality, performance and built- in RF protection circuit to protect the active LNA and high gain as well as value-added design at a wide range of power supply from 3v ~ 6v for any kinds of receivers. Performance Marine GPS antenna has ultimate performance and unique design which meets Marine, Networking and any GPS applications, which requires maximum performance and complete support. Features ● 10W RF protection ● Standard WAAS tune ● Short-circuit protection ● Wide range power input voltage from +3v ~ 6v ● Narrow band width at 10MHz for real GPS L1 signal ● Cable length 3M ● 2 stages active LNA ● Dual Filters BPF(directric)& LPF(lump element) ● Dielectric patch antenna ● Low noise, linear regulator ● High current shut down ● Radio frequency interference immunity (RFI) ● Improve overall GPS system resistance to interference General Architecture Design : 2 Stages active LNA Dual Filters, (BPF(dielectric) & LPF(lump element)) RF protection (10watt), nano-second Spark-Gap Dielectric Patch antenna Low Noise Low drop-out, Linear Regulator Performance Receiving Frequency :L1 Band(1575MHz) Output Impedance:50 ohms Polarization’s:Right Hand Circular (RHC) Bandwidth:＜50 MHz VSWR:1.8 Typical @ 1575MHz Elev. Angle Coverage:5~90 degree Az. Bearing Coverage:360 degree Filtering:Dual(BPF <50 MHz B/W > Over-all Gain:28dB (typical including 4dB cable loss & Filters) Over-all NF:<1.8dB @fo, 2dB max. LNA Characteristic:K=>1 Un-conditionally Stable RF Insertions loss:0.1dB, leakage power 100mW /1 watt input Electrical Power Input:+3Vdc to +6Vdc input, AutoSwitch Power Consumption:25mA Power Input Sensor:Reverse Polarity Short Circuit shutdown Over-Current Sensor:Thermal Over-current shutdown >+150degreeC Physical Dimensions:79d x 58h x 13mm Mount:13mm treaded (1/2inch) Radome Color:White Coax Connector:BNC,SMA,TNC, MCX Coax Cable:RG-58, RG-174, RG-316 Environmental Operating Temperature:-30 to + 85 degree C Storage:-40 to + 90 degree C

Features: - Powered by SiRF starV ultra low power core logic - GPS, GLONASS, Galileo, BDS and SBAS reception for high GNSS availability and accuracy - Compact module size for easy integration - Dimension : 42.3 x 40 x 14.1 mm - Fully utilized SiRF starV upgrade features - Interface RS232 or USB ------------------- Connectec’ , s new generation Ct-GM551 of products utilizes SiRF starV and feature Quad-GNSS for tracking GPS, GLONASS, BDS and Galileo satellites. The product family delivers highly accurate continuous location, advanced power management and high interference immunity. These continue to push the envelope of performance in sensitivity, TTFF and urban canyon availability and accuracy. With a built-in DSP and extremely low power consumption, the family can get fast location fixes for geo-tagging images or videos, asset tracking and wearable applications. Advanced low power technology means there is no need to maintain full power to achieve maximum performance nor turning the GNSS receiver completely off to save power. It breaks old GNSS performance vs. power trade-off through the fusion of a new high-performance GNSS engine, advanced power management and a smart sensor interface to achieve high sensitivity hot-start conditions for fast location fixes. Special power modes (Push-to-Fix) ideally suited for camera and asset tracking use cases. Push-to-Fix is an intelligent periodic low power mode that can adaptively change power depending on the environment and motion conditions. Advanced algorithms and a powerful on chip DSP processor maintain high accuracy(QoS) while achieving the lowest power level possible for the given environmental and motion conditions. Data logging can be achieved with a very low energy- per-fix and completely independent of the host processor, which could be power off. Dynamic contextual awareness, temperature monitoring and MEMS sensors work in concert to conserve power and boost performance. This opens up a wide variety of use cases for sports camera, asset tracking and fitness devices. Premium on-chip software provides a new level of continuous location awareness by employing the following advanced technology: * Advanced power management allows GNSS receivers to stay in a hot-start condition nearly continuously while consuming very little power. * Local or server generated ephemeris prediction, from three days to one month in advance to boost sensitivity and performance. Hardware Specification : * Chipset : GSD5e/ROM Base SiRF starV low power single chipset * General - Frequency : GPS L1, 1575.42 MHz GLONASS L1,1602~1615MHz - C/A code :1.023 MHz chip rate - Channels :52 - Sensitivity : GPS -165dB/GLONASS -161dB * Accuracy - Position : < 2.5 meters - Velocity : 0.01 meters/second - Time : 1 uS synchronized to GPS time * Datum - Default WGS-84 - Other : selectable for other Datum * TTFF(@ -130dBm) : - Reacquisition 0 :.1 sec., average - Snap start : 1 sec., average - Hot start : < 2 sec. - Warm start : < 20 sec. - Cold start : < 30 sec. * Dynamic Conditions : - Altitude : 18,000 meters (60,000 feet) max. - Velocity : 515 meters/second (1000 knots) max. - Acceleration : 4g, max. - Jerk : 20 meters/second3, max. * Power - Main power input : 5 VDC input - Power Consumption Average: 60mA (Tracking Mode) - Backup Power (VSTBY) 3.3V DC battery input * Serial - Port Electrical interface Default RS232/UART/USB - Protocol messages NMEA

This antenna system consists of two functional blocks, the LNA portion and the patch antenna. GENERAL ENVIRONMENTAL CONDITIONS Operation Temperature : -30℃ to + 80℃ Storage Temperature : -40℃ to + 100℃ Relative Humidity : 40% to 95% ELECTRICAL SPECIFICATIONS Operation Voltage : Min:2.5V Typ: 3.0V Max:5.5V Current Consumption : Typ: 11mA Max: 15mA @3.0V ANTENNA Frequency Range : 1575.42 ± 1.023 MHz. Bandwidth : 15 MHz min. ( Return loss –10 dB ) GAIN : at Zenith : + 5.0 dBi Typ. at 10° Elevation: -1.0 dBi Typ . Mounted on the 70mm*70mm ground plane. Polaration : RHCP Axialration : 3.0dB Max Mounted on the 70mm*70mm ground plane. LNA Frequency Range : 1575.42 ± 1.023 MHz Gain : 28dB Min. 30dB Typ. ( + 25 ℃± 5℃) Noise Figure : 1.6 dB Max. ( + 25 ℃ ± 5℃) @ 3.0V Output Impedance : 50Ω TOTAL SPECIFICATIONS (Through Antenna, LNA, Cable and Connector) RF Cable : RG174 , ψ2.7 ± 0.2mm , Black Cable Length : 5M ± 5cm RF Connector : SMA 180°(M) Frequency Range : 1575.42 ± 1.023 MHz Gain : at Zenith : Typ 35 dBi – (cable loss) Note:1 mounted on the the 70mm*70m ground plane Output Impedance : 50Ω Output VSWR : 2.0 Max

The Ct-G153 utilized SiRFstarV ™ and features Quad-GNSS for tracking GPS, GLONASS, BDS and Galileo satellites. The product family delivers highly accurate continuous location, advanced power management and high interference immunity. These continue to push the envelope of performance in sensitivity, TTFF and urban canyon availability and accuracy. With a built-in DSP and extremely low power consumption, the family can get fast location fixes for geo-tagging images or videos, asset tracking and wearable applications. Performance - Quad-GNSS : GPS and GLONASS, Galileo and BDS with future firmware update. Improving availability and accuracy of position solutions in urban canyon environments. - GPS, GLONASS, Galileo, BDS and SBAS reception for high GNSS availability and accuracy - High sensitivity navigation engine (PVT) tracks as low as - GPS : -165 dBm - GLONASS : -161 dBm - 52 track verification channels - SBAS (WAAS, EGNOS, QZSS, MSAS, GAGAN) - Active Jammer Remover, removes in-band jammers up to 80 dB-Hz - Tracks up to 8 CW jammers - Multimode A-GPS (Autonomous, MS-Based, and MS-Assisted), need operator support. - Embedded CGEE / SGEE (With back-end server support) speed up TTFF a lot and makes cold start time to be around 20+ seconds. - SiRFGeoRecovTM Reverse EE makes positioning process being done under power saving mode. - Reacquisition Time : 0.1 second - SiRFGeoRecovTM Reverse EE makes positioning process being done under power saving mode. Hardware and Software - Based on the high performance features of SiRFstarV™ low power single core logic. - Adaptive micropower controller - Only 50 to 500μA maintains hot start capability (core logic) - < 10mW required for TricklePower™ mode - RoHS compliant (lead-free) - SMT pads allow fully automatic assembly processes equipment and reflow soldering - Advanced navigation features - Smart sensor supported by I²C interface - External interrupt input for context change detection Advantages - Built-in LNA. - Built-in internal ROM and based on Firmware 5.5.X - It can remove in-band jammer up to 80db-Hz and track up to 8CW jammers, so the module can prevent GPS signal interference when design-in the electrical device with noisy electrical signal interferences such as laptop, mobile phone, DSC, etc. - Maintain tracking sensitivity as low as GPS @ -165dBm, GLONASS @ -161dBm, even without network assistance. (SiRFstar III has only -159dBm sensitivity) - Support SiRFaware™ technology - Support adaptive“Micro Power Controller”power management mode. - < 10mW TricklePower™, so user can leave power on all day instead of power off. - Suitable for battery drive devices that need lower power consumption application - Ideal for high volume mass production(Taping reel package) - Cost saving through elimination of RF and board to board digital connectors - Flexible and cost effective hardware design for different applications - Embed CGEE (Client Generated Extended Ephemeris) that can capture ephemeris data from satellites locally and predicts ephemeris up to 3 days. So if the module was off within 3 days, it could complete positioning process with limited time just like hot start.

The Ct-G340 w/Ct-G530P module is high performance, low power GNSS receiver, based on the SiRFStarVTM single chipset technology while providing fast time-to -first- fix. Its far reaching capability meets the sensitivity requirements of car navigation as well as other location-based applications. Ct-G340 w/Ct-G530P is designed to allow quick and easy integration into GPS-related applications, especially for compact size devices, such as: - Fleet Management / Asset Tracking - AVL and Location-Based Services Performance - GPS, GLONASS, Galileo, BDS and SBAS reception for high GNSS availability and accuracy - 52 track verification channels - Active Jammer Remover, removes in-band jammers up to 80 dB-Hz - Multimode A-GPS (Autonomous, MS-Based, and MS-Assisted), need operator support. - SiRFGeoRecovTM Reverse EE makes positioning process being done under power saving mode. - RF Metal Shield for best performance in noisy environments - High sensitivity navigation engine (PVT) tracks as low as - GPS: -165dB, - GLONASS: -161dBm - SBAS (WAAS, EGNOS, QZSS, MSAS, GAGAN) - Tracks up to 8 CW jammers - Enbedded CGEE/SGEE (With back-end server support) speed up TTFF a lot and makes cold start time to be around 20+ seconds. - Reacquisition Time: 0.1 second Hardware and Software - Based on the high performance features of the SiRFstarV™ low power single core logic. - Adaptive micropower controller - Only 50 to 500μA maintains hot start capability (core logic) - <10mW required for TricklePower™ mode - RoHS compliant (lead-free) - Advanced navigation features - Smart sensor supported by I²C interface - External interrupt input for context change detection - MCX vs. RMCX or RSMA RF Connector select Advantage - Built-in LNA. - Built-in internal ROM and based on Firmware 5.5.X - It can remove in-band jammer up to 80db-Hz and track up to 8CW jammers, so the module can prevent GPS signal interference when design-in the electrical device with noisy electrical signal interferences such as Laptop, mobile phone, DSC, etc. - Maintain tracking sensitivity as low as GPS @ -165dBm, GLONASS @ -161dBm, even without network assistance. (SiRFstar III has only -159dBm sensitivity) - Support SiRFaware™ technology - Support adaptive “Micro Power Controller” power management mode. - <10mW TricklePower™, so user can leave power on all day instead of power off. - Suitable for battery drive devices that need lower power consumption application - Ideal for high volume mass production(Taping reel package) - Cost saving through elimination of RF and board to board digital connectors - Flexible and cost effective hardware design for different application - Embed CGEE (Client Generated Extended Ephemeris) that can capture ephemeris data from satellites locally and predicts ephemeris up to 3 days. So if the module was off within 3 days, it could complete positioning process with limited time just like hot start.

The Ct-G353 utilized SiRFstarV ™ and features Quad-GNSS for tracking GPS, GLONASS, BDS and Galileo satellites. The product family delivers highly accurate continuous location, advanced power management and high interference immunity. These continue to push the envelope of performance in sensitivity, TTFF and urban canyon availability and accuracy. With a built-in DSP and extremely low power consumption, the family can get fast location fixes for geo- tagging images or videos, asset tracking and wearable applications. Performance - GPS, GLONASS, Galileo, BDS and SBAS reception for high GNSS availability and accuracy - High sensitivity navigation engine (PVT) tracks as low as - GPS : -165 dBm - GLONASS : -159 dBm52 track verification channels - SBAS (WAAS or EGNOS,MSAS) - Active Jammer Remover, removes in-band jammers up to 80 dB-Hz - Tracks up to 8 CW jammers - Multimode A-GPS (Autonomous, MS-Based, and MS-Assisted), need operator support. - Embedded CGEE / SGEE (With back-end server support) speed up TTFF a lot and makes cold start time to be around 20+ seconds. - SiRFGeoRecovTM Reverse EE makes positioning process being done under power saving mode. - Reacquisition Time : 0.1 second - RF Metal Shield for best performance in noisy environments Hardware and Software - Based on the high performance features of the SiRFstarV™ low power single core logic. - Adaptive micropower controller - Only 50 to 500μA maintains hot start capability (core logic) - < 10mW required for TricklePower™ mode - RoHS compliant (lead-free) - Advanced navigation features - Smart sensor supported by I²C interface - External interrupt input for context change detection Advantages - Built-in LNA. - Built-in internal ROM and based on Firmware 5.5.X - It can remove in-band jammer up to 80db-Hz and track up to 8CW jammers, so the module can prevent GPS signal interference when design-in the electrical device with noisy electrical signal interferences such as Laptop, mobile phone, DSC, etc. - Maintain tracking sensitivity as low as GPS @ -163dBm, GLONASS @ -161dBm, even without network assistance. (SiRFstar III has only -159dBm sensitivity) - Support SiRFaware™ technology - Support adaptive“Micro Power Controller”power management mode. - < 10mW TricklePower™, so user can leave power on all day instead of power off. - Suitable for battery drive devices that need lower power consumption application - Ideal for high volume mass production(Taping reel package) - Cost saving through elimination of RF and board to board digital connectors - Flexible and cost effective hardware design for different applications - Embed CGEE (Client Generated Extended Ephemeris) that can capture ephemeris data from satellites locally and predicts ephemeris up to 3 days. So if the module was off within 3 days, it could complete positioning process with limited time just like hot start.

Ct-G530P utilized SiRFstarV ™ and features Quad-GNSS for tracking GPS, GLONASS, BDS and Galileo satellites. The product family delivers highly accurate continuous location, advanced power management and high interference immunity. These continue to push the envelope of performance in sensitivity, TTFF and urban canyon availability and accuracy. With a built- in DSP and extremely low power consumption, the family can get fast location fixes for geo- tagging images or videos, asset tracking and wearable applications. Performance - GPS, GLONASS, Galileo, BDS and SBAS reception for high GNSS availability and accuracy - High sensitivity navigation engine (PVT) tracks as low as - GPS : -165 dBm - GLONASS : -161 dBm - 52 track verification channels - SBAS (WAAS or EGNOS,MSAS) - Active Jammer Remover, removes in-band jammers up to 80 dB-Hz - Tracks up to 8 CW jammers - Multimode A-GPS (Autonomous, MS-Based, and MS-Assisted), need operator support. - Embedded CGEE / SGEE (With back-end server support) speed up TTFF a lot and makes cold start time to be around 20+ seconds. - SiRFGeoRecovTM Reverse EE makes positioning process being done under power saving mode. - Reacquisition Time : 0.1 second - RF Metal Shield for best performance in noisy environments Hardware and Software - Based on the high performance features of the SiRFstarV™ low power single core logic. - Adaptive micropower controller - Only 50 to 500μA maintains hot start capability (core logic) - < 10mW required for TricklePower™ mode - RoHS compliant (lead-free) - SMT pads allow fully automatic assembly processes equipment and reflow soldering - Advanced navigation features - Smart sensor supported by I²C interface - External interrupt input for context change detection Advantages - Built-in LNA. - Built-in internal ROM and based on Firmware 5.5.X - It can remove in-band jammer up to 80db-Hz and track up to 8CW jammers, so the module can prevent GPS signal interference when design-in the electrical device with noisy electrical signal interferences such as Laptop, mobile phone, DSC, etc. - Maintain tracking sensitivity as low as GPS @ -165dBm, GLONASS @ -161dBm, even without network assistance. (SiRFstar III has only -159dBm sensitivity) - Support SiRFaware™ technology - Support adaptive“Micro Power Controller”power management mode. - < 10mW TricklePower™, so user can leave power on all day instead of power off. - Suitable for battery drive devices that need lower power consumption application - Cost saving through elimination of RF and board to board digital connectors - Flexible and cost effective hardware design for different application - Embed CGEE (Client Generated Extended Ephemeris) that can capture ephemeris data from satellites locally and predicts ephemeris up to 3 days. So if the module was off within 3 days, it could complete positioning process with limited time just like hot start.

Ct-G354 of products utilized SiRFstarV ™ and features Quad-GNSS for tracking GPS, GLONASS, BDS and Galileo satellites. The product family delivers highly accurate continuous location, advanced power management and high interference immunity. These continue to push the envelope of performance in sensitivity, TTFF and urban canyon availability and accuracy. With a built-in DSP and extremely low power consumption, the family can get fast location fixes for geo-tagging images or videos, asset tracking and wearable applications. Performance - GPS, GLONASS, Galileo, BDS and SBAS reception for high GNSS availability and accuracy - High sensitivity navigation engine (PVT) tracks as low as - GPS : -165 dBm - GLONASS : -161 dBm - 52 track verification channels - SBAS (WAAS or EGNOS,MSAS) - Active Jammer Remover, removes in-band jammers up to 80 dB-Hz - Tracks up to 8 CW jammers - Multimode A-GPS (Autonomous, MS-Based, and MS-Assisted), need operator support. - Embedded CGEE / SGEE (With back-end server support) speed up TTFF a lot and makes cold start time to be around 20+ seconds. - SiRFGeoRecovTM Reverse EE makes positioning process being done under power saving mode. - Reacquisition Time : 0.1 second - RF Metal Shield for best performance in noisy environments Hardware and Software - Based on the high performance features of the SiRFstarV™ low power single core logic. - Adaptive micropower controller - Only 50 to 500μA maintains hot start capability (core logic) - < 10mW required for TricklePower™ mode - RoHS compliant (lead-free) - Advanced navigation features - Smart sensor supported by I²C interface - External interrupt input for context change detection - MMCX RF Connect Advantages - Built-in LNA. - Built-in internal ROM and based on Firmware 5.5.X - It can remove in-band jammer up to 80db-Hz and track up to 8CW jammers, so the module can prevent GPS signal interference when design-in the electrical device with noisy electrical ‧signal interferences such as Laptop, mobile phone, DSC, etc. - Maintain tracking sensitivity as low as GPS @ -165dBm, GLONASS @ -161dBm, even without network assistance. (SiRFstar III has only -159dBm sensitivity) - Support SiRFaware™ technology - Support adaptive“Micro Power Controller”power management mode. - < 10mW TricklePower™, so user can leave power on all day instead of power off. - Suitable for battery drive devices that need lower power consumption application - Ideal for high volume mass production(Taping reel package) - Cost saving through elimination of RF and board to board digital connectors - Flexible and cost effective hardware design for different applications - Embed CGEE (Client Generated Extended Ephemeris) that can capture ephemeris data from satellites locally and predicts ephemeris up to 3 days. So if the module was off within 3 days, it could complete positioning process with limited time just like hot start.

Key Features •Concurrent processing of 3 GNSS (GLONASS, GPS, GALILEO) •Support SBAS (WAAS, EGNOS, MSAS, GAGAN, SDCM) •44 tracking channels •Standalone and code-differential (RTCM SC104 v2.3) operation modes •1PPS output for precise timing applications •Binary and NMEA data outputs •Positioning update rate up to 10 Hz •Built-in antenna monitor to track open and short antenna connections Product description The GeoS-5M is based on the high performance G5 GNSS engine designed by our company. The GeoS-5M module is capable of tracking and processing with three GNSS (GLONASS, GPS, GALILEO) and SBAS (WAAS, EGNOS, MSAS, GAGAN, SDCM) signals concurrently, which is especially beneficial in difficult environments such as urban canyons or under tree canopy. Extended ephemeris technology allows the user to get position fix quickly after power-up (within 10 s) with acceptable accuracy. The GeoS-5M features auxiliary functionality such as Data logger, Odometer and Geofencing for easy integration to customer applications. The GeoS-5M supports two dynamic modes: standard (default) with acceleration up to 4 g and high dynamic (optional) with acceleration up to 25 g.Communication with the module is accomplished through a dual serial interface (DUART) that supports NMEA 0183 v4.10 and GSN binary data protocol. 1PPS output enables the use of the module in precise timing applications. Modules are offered in 14.3x13.7 mm 24-pad LCC package.

Ct-G551 3.3V utilizes SiRFstarV ™ and features Quad-GNSS for tracking GPS, GLONASS, BDS and Galileo satellites. The product family deliver highly accurate continuous location, advanced power management and high interference immunity. These continue to push the envelope of performance in sensitivity, TTFF and urban canyon availability and accuracy. With a built- in DSP and extremely low power consumption, the family can get fast location fixes for geo- tagging images or videos, asset tracking and wearable applications. Premium on-chip software provides a new level of continuous location awareness by employing the following advanced technology : ‧Advanced power management allow the GNSS receiver to stay in a hot-start condition nearly continuously while consuming very little power. ‧Local or server generated ephemeris prediction, from three days to one month in advance boost sensitivity and performance. Hardware and Software - Based on the high performance features of the SiRFstarV™ low power single core logic. - Adaptive micropower controller - Only 50 to 500μA maintains hot start capability (core logic) - <10mW required for TricklePower™ mode - RoHS compliant (lead-free) - SMT pads allow fully automatic assembly processes equipment and reflow soldering - Advanced navigation features - Smart sensor supported by I²C interface - External interrupt input for context change detection - Dimension : 15 x 14 x 2.8mm Performance - GPS, GLONASS, Galileo, BDS and SBAS reception for high GNSS availability and accuracy - High sensitivity navigation engine (PVT) tracks as low as : - GPS : -165 dBm - GLONASS : -161 dBm - 52 track verification channels - SBAS (WAAS or EGNOS,MSAS) - Active Jammer Remover, removes in-band jammers up to 80 dB-Hz - Tracks up to 8 CW jammers - Multimode A-GPS (Autonomous, MS-Based, and MS-Assisted), need operator support. - Embedded CGEE / SGEE (With back-end server support) speed up TTFF a lot and makes cold start time to be around 20+ seconds. - SiRFGeoRecovTM Reverse EE makes positioning process being done under power saving mode. - Reacquisition Time : 0.1 second - RF Metal Shield for best performance in noisy environments Advantages - Built-in LNA. - Built-in internal ROM and based on Firmware 5.5.X ‧It can remove in-band jammer up to 80db-Hz and track up to 8CW jammers, so the module can prevent GPS signal interference when design-in the electrical device with noisy electrical signal interferences such as Laptop, mobile phone, DSC, etc. ‧Maintain tracking sensitivity as low as GPS @ -165dBm, GLONASS @ -161dBm, even without network assistance. (SiRFstar III has only -159dBm sensitivity) ‧Support SiRFaware™ technology ‧Support adaptive “Micro Power Controller” power management mode. ‧<10mW TricklePower™, so user can leave power on all day instead of power off. ‧Suitable for battery drive devices that need lower power consumption application ‧Ideal for high volume mass production(Taping reel package)

Wire Harness Probe Test Pin CH200 for the Tests of Automotive Industry Harness probes are mainly used directly or for the tests of automotive industry. Parts of them are also applied to communication electronics, medical equipment, equipment automation, etc. The standard and requirements for them are high compared with other test probes. Harness probes can be divided into screw-thread harness probes, harness switch probes, non-screw-thread harness probes, position-limited harness probes and high-current harness probes, etc. The CH200 harness probe we will introduce here is 1.99 mm in diameter and 36 mm in total length. Its barrel is made of brass plated with gold and nickel. The plunger is made of gold-plated beryllium copper, which is softer but less magnetic than the alternative SK4. The spring inside is made of music wire plated with gold and nickel. This probe can withstand up to the current 3 Amps. Its typical maximum contact resistance is 50 milliohms. It is suggested the plunger be pressed at a distance of 4.6 mm at most when this probe works, although the plunger can move as far as 6.7 mm. Otherwise, the spring inside the barrel will probably be damaged under constant pressure. When the plunger is pressed at a distance of 4.6 mm, its loaded force is about 213 gf, namely 7.5 ounces or so. Furthermore, the force fluctuates in a range due to the tolerance. Technical Specifications Recommended Current Rating: 3 Amps, continuous Contact Resistance: 50 milliohms Full Stroke: 6.7 mm Rated Stroke: 4.6 mm Spring Force: 213±64 gf (7.5 oz) at load 4.6 mm Materials (plated) Barrel: Brass, Au on Ni Plated Plunger: BeCu, Au on Ni Plated Spring: SWP-A/B, Au on Ni Plated For more information, please check below catalog. Company Information Centalic Technology Development Ltd. was founded in 1980. Specializing in R&D, manufacture, sales and technical service, Centalic is one of the earliest high-tech enterprises which concentrates on large-scale production of various test probes and precision metal parts, and has a professional manufacturing base owning complete production lines and test equipment. Our products include semiconductor test probes, in-circuit test probes, radio frequency probes, harness probes, battery contact probes, switching probes, big- current probes, spring probes, universal complex test probes, wafer probes, and so on. They are widely applied to the tests of various electronic products, such as in-circuit tests of semiconductor components, chips, PCB and other electronic peripherals. Our company owns professional R&D, production, sales teams under the working principle of 'quality, punctuality, confidentiality' to totally efficiently develop test probes in accordance with the requirements of customers' test projects and meet the needs of customers for mass production as well as developing markets. With many years' continuous endeavour of our staff, Centalic has built a solid foundation in this industry and our products have been sold all over the world. Welcome to browse our website and download any catalogs of our products. If you need a complete set of product manual, please feel free to contact us. Many products are not uploaded due to a huge range. If you can't find what you need, please feel free to contact us. Notice: Stock: standard product. As usual, they are in stock. Express: DHL, FedEx, UPS, etc. Payment: T/T, PayPal

Minimum Order: 100

Cable Harness Probe Pogo Pin CHZ200 for Electronic Test Harness probes are mainly used directly or for the tests of automotive industry. Parts of them are also applied to communication electronics, medical equipment, equipment automation, etc. The standard and requirements for them are high compared with other test probes. Harness probes can be divided into screw-thread harness probes, harness switch probes, non-screw-thread harness probes, position-limited harness probes and high-current harness probes, etc. The CHZ200 harness probe we will introduce here is 2.02 mm in diameter and 33 mm in total length. Its barrel is made of brass plated with gold and nickel. The plunger is made of gold-plated beryllium copper, which is softer but less magnetic than the alternative SK4. The spring inside is made of music wire plated with gold and nickel. This probe can withstand up to the current 3 Amps. Its typical maximum contact resistance is 50 milliohms. It is suggested the plunger be pressed at a distance of 2.67 mm at most when this probe works, although the plunger can move as far as 4 mm. Otherwise, the spring inside the barrel will probably be damaged under constant pressure. When the plunger is pressed at a distance of 2.67 mm, its loaded force is about 74 gf, namely 2.6 ounces or so. Furthermore, the force fluctuates in a range due to the tolerance. Technical Specifications Recommended Current Rating: 3 Amps, continuous Contact Resistance: 50 milliohms Full Stroke: 4 mm Rated Stroke: 2.67 mm Spring Force: 74±22 gf (2.6 oz) at load 2.67 mm Materials (plated) Barrel: Brass, Au on Ni Plated Plunger: BeCu, Au on Ni Plated Spring: SWP-A/B, Au on Ni Plated For more information, please check below catalog. Company Information Centalic Technology Development Ltd. was founded in 1980. Specializing in R&D, manufacture, sales and technical service, Centalic is one of the earliest high-tech enterprises which concentrates on large-scale production of various test probes and precision metal parts, and has a professional manufacturing base owning complete production lines and test equipment. Our products include semiconductor test probes, in-circuit test probes, radio frequency probes, harness probes, battery contact probes, switching probes, big- current probes, spring probes, universal complex test probes, wafer probes, and so on. They are widely applied to the tests of various electronic products, such as in-circuit tests of semiconductor components, chips, PCB and other electronic peripherals. Our company owns professional R&D, production, sales teams under the working principle of 'quality, punctuality, confidentiality' to totally efficiently develop test probes in accordance with the requirements of customers' test projects and meet the needs of customers for mass production as well as developing markets. With many years' continuous endeavour of our staff, Centalic has built a solid foundation in this industry and our products have been sold all over the world. Welcome to browse our website and download any catalogs of our products. If you need a complete set of product manual, please feel free to contact us. Many products are not uploaded due to a huge range. If you can't find what you need, please feel free to contact us. Notice: Stock: standard product. As usual, they are in stock. Express: DHL, FedEx, UPS, etc. Payment: T/T, PayPal

Minimum Order: 100

High-current Probe Pogo Pin P264 Series for Electronic Test Cable harness test probes are mainly used directly or for the tests of automotive industry. Parts of them are also applied to communication electronics, medical equipment, equipment automation, etc. Their standard and requirements are higher than other series of test probes. They can be divided into screw-thread harness test probes, cable harness switch probes, non-screw-thread harness test probes, position-limited harness test probes and cable harness high-current probes, etc. High-current probes can withstand high current and high temperature in the tests. They are mainly applied to the in-circuit test field of high temperature and high current environments. High-current probes manufactured by Centalic mainly include P203, P264, P265, P350 and P420, etc. There is a fixed schedule for mass production of P264-HP-7G(B). This probe can withstand the current up to 24 Amps. And its typical maximum contact resistance is 50 milliohms. The materials used for the construction of this high-current test probe are different for each component: The barrel is made of brass. Subsequently gold and nickel plated during the galvanic plating phase. The spring is made of gold plated music wire. The plunger is made of BeCu, then gold and nickel plated. For details, please check parameters in below table. Technical Specifications Recommended Current Rating: 24 amps, continuous Contact Resistance: 50 milliohms, max Full Stroke: 5.3 mm Rated Stroke: 3.5 mm Spring Force: 200 gf( 7 oz) at load 3.5 mm Materials (Plated) Contact Barrel: Brass, Au on Ni Plated Plunger: BeCu, Au on Ni Plated Spring: SWP-A/B, Au on Ni Plated For more information, please check below catalog. Company Information: Centalic Technology Development Ltd. was founded in 1980. Specializing in R&D, manufacture, sales and technical service, Centalic is one of the earliest high-tech enterprises which concentrates on large-scale production of various test probes and precision metal parts, and has a professional manufacturing base owning complete production lines and test equipment. Our products include semiconductor test probes, in-circuit test probes, radio frequency probes, harness probes, battery contact probes, switching probes, big- current probes, spring probes, universal complex test probes, wafer probes, and so on. They are widely applied to the tests of various electronic products, such as in-circuit tests of semiconductor components, chips, PCB and other electronic peripherals. Our company owns professional R&D, production, sales teams under the working principle of 'quality, punctuality, confidentiality' to totally efficiently develop test probes in accordance with the requirements of customers' test projects and meet the needs of customers for mass production as well as developing markets. With many years' continuous endeavour of our staff, Centalic has built a solid foundation in this industry and our products have been sold all over the world. Welcome to browse our website and download any catalogs of our products. If you need a complete set of product manual, please feel free to contact us. Many products are not uploaded due to a huge range. If you can't find what you need, please feel free to contact us. Notice: Stock: standard product. As usual, they are in stock. Express: DHL, FedEx, UPS, etc. Payment: T/T, PayPal

Minimum Order: 100