FTS250EVALKIT

Available at Digi-Key www.digikey.com FTS250 Eval Board Quick Start Guide 2111 Comprehensive Drive Aurora, Illinois 60505 Phone: 630- 851- 4722 Fax: 630- 851- 5040 www.conwin.com Q U I C K S T A R T G U I D E Bulletin Page Revision Date SG177 1 of 4 04 05 Oct 2019 General Description The FTS250 Evaluation Board has been designed to support the test and evaluation of Connor-Winfield's various FTS250 Series GPS models. This test board provides the user with the basic connections and interfaces required to operate an FTS250 GPS module including connections for the power supply cable, a serial DB-9 port, five SMA connectors to support an external 10MHz reference, an external 1PPS signal, two frequency output signals, one Sinewave and one LVCMOS, as well as a 1PPS 3.3V output signal. A GPS antenna connection is provided on the FTS250 module itself which is sold separately. The Evaluation Board can be supplied as a stand alone test board or is available as a kit that includes a passive antenna, 5V power supply module and DB9 Serial to USB cable. General Instructions 1) Insert the FTS250 unit into the FTS250 Evaluation Module receptacles • The orientation should match the photo shown above. • Press the unit down firmly – there should be no metal pins exposed. Switch Label Function Sync1 Sync2 Disable Boot Select Reset Controls DUT pin 20 “SYNC1 Control” Refer to Mode Control Table Controls DUT pin 19 “SYNC2 Control” Refer to Mode Control Table Controls DUT pin 4 (/Disable) Controls DUT pin 12 (/Bootsel)- Only used for Wi125 software updates/revisions Controls DUT pin 3 (/Reset) SYNC 1 SYNC 2 Mode Control Table Operating Mode 0 0 1 0 1 0 Force Holdover Lock to External 10 MHz reference Lock to External 1 PPS reference 1 1 (Default) Lock to GPS Signal General Instructions continued on page 2… Aurora, Illin 2) Connect the SMAs (center positive) a. Do not apply voltages higher than indicated or the DUT and/or test board could be damaged. The Phone: 630 power supply maximum for this module is +6V. At 1A current draw, the dissipation of the on-board Fax: 630regulators will be 2.7 Watts: (6v – 3.3v) x 1A. The recommended operating maximum voltage is General Instructions continued www.con 5.5V. At 1A current draw, the dissipation of the on-board regulators will be 2.2 Watts: (5.5v – 3.3v) x 1A At 5V with 1A current draw, the dissipation of the on-board regulators will be 1.7 Watts: (5v 2) Connect the SMAs (center positive) US Head – 3.3v) x 1A.than indicated or the DUT and/or test board could be damaged. The power supply maximum for a. Do not apply voltages higher 630-85 this module is +6V. At 1A current draw, the dissipation of the on-board regulators will be 2.7 Watts: (6v – 3.3v) x 1A. The European He b. Connect 5.0V to J1 to power the test board using regulated 5V DC supply (500mA), 2.1 mm recommended operating maximum voltage is 5.5V. At 1A current draw, the dissipation of the on-board regulators will be 2.2 +353-61 center pin positive barrel jack, 5.5 mm OD. Watts: (5.5v – 3.3v) x 1A At 5V with 1A current draw, the dissipation of the on-board regulators will be 1.7 Watts: (5v – 3.3v) x 1A. Connector Input / Voltage / Function b. Connect 5.0V to J1 to power the test board using regulated 5V DC supply (500mA), 2.1 mm center pin positive barrel jack, Designator/Label Output Logic Type 5.5 mm OD. J1: “5.0V” Input 3.3V +/- 5% Eval board power Connector J6: “10MHz Ext” Input/ Designator/Label Output J2: “1PPS Ext” Input External 10MHz reference signal for DUT Pin 7 VoltageLVCMOS/LVTTL / Function Logic Type Input LVCMOS/LVTTL External 1PPS reference signal for DUT Pin 5 J1: “5.0V” FTS250_010 Input 3.3V +/5% Eval board Input Between 3-12V SMApower GPS Antenna Connection DUT Pin 15 J6: “10MHz Ext” Input LVCMOS/LVTTL External 10MHz reference signal for DUT Pin 7 Output LVCMOS 1PPS signal from DUT Pin 24 J7: “1PPS Out” J2: “1PPS Ext” Input LVCMOS/LVTTL External 1PPS reference signal for DUT Pin 5 LVCMOS Frequency CMOS signal from DUT Pin 26 FTS250_010 J3: “Frequency CMOS Out” Input Between 3-12V SMA GPS Antenna Connection DUT Pin 15 Frequency SINE signal from DUT Pin 28 SINE 1PPS signal J7: “1PPS Out” J4: “Frequency SINE Out” Output LVCMOS from DUT Pin 24 50 ohm 9db 2.2% Total Harmonic Distortion J3: “Frequency CMOS Out” LVCMOS Frequency CMOS signal from DUT Pin 26 J4: “Frequency SINE Out” SINE Frequency SINE signal from DUT Pin 28 SINE 50 ohm 9db 2.2% Total Harmonic Distortion DB-9 Connections DB-9 Connections DB9 Female Pin DB9 Female Pin Jumper CTS DSR DCD Tx Rx 8 CTS 6 1 DSR 2 DCD 3 8 JP8 JP7 6 JP6 RS232 1 RS232 Tx 2 Rx 3 Jumper Options JP6 PPS_RS232 or nPPS_RS232 or nPPS_TTL or PPS_TTL Options PPS_RS232 or nPPS_RS232 PPS_RS232 or nPPS_RS232 JP8 PPS_RS232 or nPPS_RS232 or nPPS_TTL JP7 PPS_RS232orornPPS_TTL nPPS_RS232 or nPPS_TTL PPS_RS232 or nPPS_RS232 or PPS_TTL RS232 Note: An external voltage can be applied to the antenna. Remove Jumper JP5 first. Connect 3-12V (AMR) to header J1 to power the active antenna through the FTS250's SMA Bulkhead antenna connector. If a different antenna is used other than that supplied with the FTS250 Eval Board, consult that antenna's documentation for the required voltage. RS232 Antenna Power Supply • An external voltage can be applied to the antenna. Remove Jumper JP5 first. Connect 3-12V (AMR) to header J1 to power the active antenna through the FTS250's SMA Bulkhead antenna connector. If An external voltage can be applied to the Antenna a different antenna is used other than that supplied with the FTS250 Eval Board, consult that antenna's documentation for the required voltage. Antenna Power Supply An external voltage can be applied to the Antenna First, remove Jumper Remove Jumper JP5 First. JP5 Connect 2.7V - 13.2V (AMR) to Connect 2.7V - 13.2V header J1(AMR) to header J1 Page 2 Specifications subject to change without notice. All dimensions in inches. © Copyright 2019 The Connor-Winfield Corporation FTS250-EV-QSG: SG177 Page 2 Rev: 04 Date: 11/05/19 © Copyright 2019 The Connor-Winfield Corp. All Rights Reserved Specifications subject to change without notice All Rights Reserved. See website for latest revision. Not intended for life support applications. General Instructions continued 3) Connect the female DB9 connector “P3” to a computer USB or serial port (optional). Used to monitor NMEA 0183 data stream. NS3KView software is recommended for use and can be provided per request. Baud rate: 115200 baud 8N1 also available at 38400 Refer to FTS250 User Manual for more information on NMEA and the proprietary messages and commands. 4) Connect a full sky view GPS antenna to the DUT’s female SMA Bulkhead connector. 5) Power the unit on. 2111 Comprehensive Drive he female DB9 connector “P3” to a computer USB or serial port (optional). Aurora, Illinois 60505 2111 Comprehensive Drive onitor NMEA 0183 data stream. 6) LED Function Phone: 630- 851- 4722 software is recommended use and can be provided per request. mputer USB or serial port for (optional). Aurora, Illinois 60505 • Antenna indicated on DUT 630- 851- 5040 115200 baud 8N1 also available atFault 38400Status Red LED (D7) turns on if a fault condition is Fax: Phone:and 630-commands. 851- 4722 TS250 User Manual for more information on NMEA and the proprietary messages Pin 23. An antenna fault condition is defined as an goes away. can be provided perovecurrent request. www.conwin.com on Pin 15 of the DUT (Antenna Supply Voltage). This fault status is self-clearing once the fault condition 400 full sky view GPS antenna to the DUT’s female SMA Bulkhead connector. Fax: 630- 851- 5040 US Headquarters: • Holdover Status Amber LED (D6) turns on if the unit is in automatic or forced holdover as indicated by DUT Pin 22 on on NMEA and the proprietary messages and commands. www.conwin.com unit on. • Lock Status Green s female SMA Bulkhead connector. LED (D5) turns on if the unit is tightly lockedEuropean to the Headquarters: selected input as indicated by DUT Pin 21 “Lock Status”. US Headquarters: ion 630-851-4722 Fault Status Red LED (D7) turns on if a fault condition is indicated on DUT Pin 23. An European Headquarters: ault condition is defined as an overcurrent on Pin 15 of the DUT (Antenna Supply Voltage). This +353-61-472221 once Symbol Paramater s is self-clearing the fault condition goes away. Status LED turns on ifDUT the unit in An automatic or forced holdover as indicated by a fault Amber condition is (D6) indicated Pin is 23. of the ESD HBM Human Body Model ESD Protection 22 Status”. ent“Holdover on Pin 15 DUT (Antenna Supply Voltage). This tusgoes Green LED (D5) turnsMM on if the unit is tightly locked to the selected inputESD as indicated by on away. ESD Machine Model Protection 21 unit “LockisStatus”. he in automatic or forced holdover as indicated by +353-61-472221 Absolute Maximum Ratings (@TA = +25°C, unless otherwise specified) VIN Input Voltage Out Voltage Continuous Load Current Storage Temperature Range Maximum Junction Temperature t is tightly locked input as indicated by to the V selected OUT IOUT TST TJ Symbol VIN IOUT TA TJ “Holdover Status”. 630-851-4722 Ratings Unit Note 2000 200 -0.3 to 6.0 -0.3 to VIN 0.3 Internal Limited -65 to 150 150 V V V V - °C °C 1 1 1 1 1 1 1 Recommended Operating Conditions (@TA = +25°C, unless otherwise specified) Paramater Min Max Unit Note Input Voltage Output Current Operating Ambient Temperature Operating Junction Temperature 2.2 0 -40 -40 5.5 1.5 85 125 V A °C °C 2 Notes: 1) Stresses beyond those listedw under Absolute Maximum Ratings may cause permanent damage to the device. These are stress ratings only and functional operation of the device at those or any other conditions beyond those indicated are not implied. Exposure to absolute-maximum rated conditions for extended periods may affect device reliability. 2) Operating junction temperature must be evaluated and derated as needed, based on ambient temperature (TA), power dissipation (PD), maximum allowable operating junction temperature (TJ_MAX), and package thermal resistance (WJA). luation Module Kit FTS250 Module sold separately cludes: FTS250 Evaluation Board Kit Board FTS250 Kit Includes: y unit Available at Digi-Key ntennae One FTS250 Board FTS250 Test Module sold separately o USB cable www.digikey.com FTS250 Module sold separately One Power Supply Unit One GPS Patch Antenna One DB9 Serial to USB Cable at Digi-Key ikey.com Available at Digi-Key Specifications subject to change without notice. All dimensions in inches. © Copyright 2019 The Connor-Winfield Corporation ensions in inches. © Copyright 2019 The Connor-Winfield Corporation www.digikey.com FTS250-EV-QSG: SG177 Page 3 Rev: 04 Date: 11/05/19 © Copyright 2019 The Connor-Winfield Corp. All Rights Reserved Specifications subject to change without notice All Rights Reserved. See website for latest revision. Not intended for life support applications. Schematic Image Schematic Image Page 4 Specifications subject to change without notice. All dimensionsFTS250-EV-QSG: in inches. © CopyrightSG177 2019 The Page Connor-Winfield Corporation 4 Rev: 04 Date: 11/05/19 © Copyright 2019 The Connor-Winfield Corp. All Rights Reserved Specifications subject to change without notice All Rights Reserved. See website for latest revision. Not intended for life support applications.