![]() |
Sitemap - Print Page - Email Link - |
|
|
Trimble CopernicusUltra-Thin, Low Power, Surface Mount GPS ReceiverIdeal Solution For Mobile Products, Pick & Place Assembly |
![]() |
Datasheet/Manual: |
|
IntroductionTrimble's Copernicus™ GPS receiver delivers proven performance and Trimble quality for a new generation of position-enabled products. It features the Trimble revolutionary TrimCore™ software technology for extremely fast startup times and high performance in foliage canopy and urban canyon environments. Designed for the demands of automated, high-volume production processes, the Copernicus module is a complete 12-channel GPS receiver in a 19mm x 19mm x 2.54mm, thumbnail-sized shielded unit. The small, thin, single-sided module is packaged in tape and reel for pick-and- place manufacturing processes; 28 reflow-solderable edge castellations provide interface to your design without costly I/O and RF connectors. Each module is manufactured and factory tested to Trimble's highest quality standards. The ultra-sensitive Copernicus GPS receiver can acquire GPS satellite signals and generate fast position fixes with high accuracy in extremely challenging environments and under poor signal conditions. The module consumes typically 93.9mw at full power with continuous tracking. The module is RoHS (lead-free) compliant. The Copernicus GPS module is a complete drop-in, ready-to-go receiver that provides position, velocity and time data in a user's choice of three protocols. Trimble's powerful TSIP protocol offers complete control over receiver operation and provides detailed satellite information. The TAIP protocol is an easy-to-use ASCII protocol designed specifically for track and trace applications. The bi-directional NMEA 0183 v3.0 protocol offers industry-standard data messages and a command set for easy interface to mapping software ApplicationsCompatible with active or passive antennas, the Copernicus GPS receiver is perfect for portable handheld, battery-powered applications. The receiver's small size and low power requirement make it ideal for use in Bluetooth appliances, sport accessories, personal navigators or cameras and computer and communication peripherals, as well as vehicle tracking, navigation, and security applications. Pinout Assignments
Copernicus Reference BoardThe Copernicus is available fitted to a 'reference' board which gives designers a visual layout of the Copernicus module on a PCB including the RF signal trace and RF connector, as well as the I/O connections of the 28 signal pins. Onboard jumpers configure all possible settings that the Copernicus supports and brings out the serial and power lines to a 2mm IDC header. Additionally, there is an MCX connector for attaching a 3.3V or 5V antenna (voltage set via jumper).
Copernicus Starter KitThe Copernicus Starter Kit provides everything you need to get started integrating state of the art GPS capability into your application. The kit includes the reference interface board (see above). Also included are a power converter, power adapter, GPS antennas, and the software for you to readily check out how easy it is to add Copernicus GPS to your application. Copernicus Reels
The Copernicus is supplied packaged in tape and reel for pick-and- place manufacturing process in reel sizes of 100 and 500 pieces. |
Specification |
|
| Key Features: | |
|
|
| Performance: | |
| General: | L1 (1575.42 MHz) frequency, C/A code |
| Update rate: | TSIP @ 1 Hz; NMEA @ 1 Hz; TAIP @ 1 Hz |
| Accuracy: | Horizontal: <3 meters (50%), <8 meters (90%) |
| Acquisition (Autonomous Operation): | Reacquisition: 2 sec |
| Operational limits (COCOM) Limits: | Velocity 515 m/s |
| Interface: | |
| Connectors: | 28 surface-mount edge castellations |
| Serial Port: | 2 serial ports |
| PPS: | 3.0 V CMOS-compatible, TTL-level pulse, once per second |
| Protocols: | TSIP, TAIP, NMEA 0183 v3.0 |
| Technical: | |
| Prime power: | +2.7 VDC to 3.3 VDC |
| Power consumption: | (typ.) 30.7 mA (82.9 mW) @ 2.7 V |
| Backup power: | +2.7 VDC to +3.3 VDC |
| Ripple Noise: | Max 50 mV, peak-to-peak from 1 Hz to 1 MHz |
| Interface Characteristics: | |
| Operating Temperature: | –40° C to +85° C |
| Storage Temperature: | –55° C to +105° C |
| Vibration: | 0.008 g2/Hz 5 Hz to 20 Hz |
| Operating Humidity: | 5% to 95% R.H. non-condensing, at +60° C |
| Enclosure: | Metal shield |
| Outside Dimensions: | 19 mm W x 19 mm L x 2.54 mm H |
| Weight: | 1.7 grams (0.06 ounce) including shield |
| ROHS Status: | This product is lead free/ROHS compliant. |
Accessories |
|
![]() |
Bullet III Antenna See here for more details |
![]() |
Hard Mount GPS Antenna See here for more details |
![]() |
Miniature 5V GPS Antenna See here for more details |
![]() |
Miniature 3.3V GPS Antenna (packaged) See here for more details |
![]() |
Embedded 3.3V GPS Antenna (unpackaged) See here for more details |
| Ordering Details: | |
| Board: | 58048-10 COPERNICUS GPS Receiver v2.01 - For new designs Module is fully ROHS compliant Note: All orders must be in multiples of qty of 100 after initial order of <20. Please note that boards are supplied with no cables, software
or manuals. |
| Accessories: | ROHS compliant parts (old non-ROHS part number in brackets): 57859-00 (45336-00) Ultra-compact embedded
antenna with HFL connector, 80mm cable * Starter kit includes module mounted on interface board in metal enclosure, compact magnetic-mount antenna, ultra-compact embedded antenna, AC/DC power adapter, serial interface cable, reference manual & GPS software tool kit on CD-ROM. ** Copernicus GPS module mounted on a Carrier Board with a 2x4 I/O and MCX RF connector for evaluation purposes, including RF circuitry with the antenna open, & short detection and protection. Max purchase Qty: 20 |
| Further Information: | Want further information or pricing on this product? Either fill out our feedback form or contact us for further information. |
Home - About Us - Contact - Exhibitions - Feedback - News - Newsletter - Ordering - Press Releases - Products - RSS Feed - Support |
© 2008 Diamond Point International. All rights reserved. |








