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DC890 Datasheet

Part Manufacturer Description PDF Type
DC890B Linear Technology Evaluation and Demonstration Boards and Kits, Programmers, Development Systems, BOARD USB DATA COLLECTION Original

DC890

Catalog Datasheet MFG & Type PDF Document Tags

996A-P

Abstract: LTC2207 performance of the LTC2208/LTC2208-14 A/D converters. Refer to Figure 1 for proper measSETUP If a DC890 , the DC890 Quick Start Guide to urement equipment setup and follow the procedure below: install the required software and for connecting the DC890 to the DC996 and to a PC running Windows98, 2000 , circuit requires up to 700mA depending on the sampling rate and the A/D converter supplied. If a DC890 is used to acquire data from the DC996, the DC890 must be provided with an external 6V0.5V 1A supply
Linear Technology
Original
LTC2208 LTC2208-14 LTC2207 996A-P 16/14-B DC854 140MH

225VP-P

Abstract: DC1151 onboard decoder is not synchronized to the LTC227X. It is only valid when using the DC890. D2: Data , valid when using the DC890. Switches S2: Pin 1: Dith ­ Enables dither. Refer to the datasheet for more , DC890. Capacitors C26 and C27 are in the "A" position. This drives the output of the LTC2274 into an 8B/10B decoder that also deserializes the data for use with the parallel connector of the DC890. If , A/D converters. Refer to Figure 1 for proper SETUP If a DC890 FastDAACS Data Analysis and
Linear Technology
Original
LTC2273 LTC2272 DC1151 225VP-P 16-BIT 65MSPS
Abstract: (VCC) 2â'™s Complement DCS Off Setup J3: SHDN: (Run) Dither (Off) If a DC890 QuikEvalâ"¢ II , the DC890 Quick Start Guide to install the required software and for connecting the DC890 to the , SHOWN IN DEFAULT POSITIONS RAND MODE PGA ANALOG INPUT PARALLEL DATA OUTPUT TO DC890 , SNR. If a DC890 is used to acquire data from the DC1282, the DC890 must first be connected to a , DC890 data collection board is powered by the USB cable and does not require an external power supply Linear Technology
Original
DC1282A LTC2209/LTC2209 LTC2209 DC918 DC919 160MH

8644B

Abstract: DC1250 outputs ­ for evaluation of the part with CMOS outputs, obtain DC1250. DC1241 plugs into the DC890 Data , ADC output with demo circuit DC890, a USB cable, a Windows computer, and Linear Technology's Pscope data processing software. Note that 1 DC1241 DC890 will also require an external +6V/1A power , equivalent. Signal Generator HP 8644B or equiv. To DC890 BPF RF Signal Generator (HP 8644B) or , , installed on the back of DC1241, enables the LVDS output buffers when DC1241 is plugged into DC890, which
Linear Technology
Original
LTM9001 DC1241A

adc 1281

Abstract: LTC2208 procedure below: SETUP If a DC890 FastDAACS Data Acquisition and Collec- to install the required software and for connecting the tion System was supplied with the DC1281 demon- DC890 to the DC1281 and to a PC running Winstration circuit, follow the DC890 Quick Start Guide dows98, 2000 or XP. 2 , default positions. 3.3V + Rand Mode PGA Analog Input Parallel Data Output To DC890 Dither , , 160 -180 MSPS ADC APPLYING POWER AND SIGNALS TO THE DC996 DEMONSTRATION CIRCUIT If a DC890 is
Linear Technology
Original
adc 1281 DC1281V

DC890

Abstract: 996A-P setup and follow the procedure below: SETUP If a DC890 FastDAACS Data Acquisition and Collec , - DC890 to the DC996 and to a PC running Wintion circuit, follow the DC890 Quick Start Guide to dows98 , converter supplied. If a DC890 is used to acquire data from the DC996, the DC890 must be provided with an , repeaters on the DC996. The DC890 will not activate the LVDS mode unless the DC890 detects external power , "J5 ANALOG INPUT". These If external power is not present the DC890 will not configure the FPGA
Linear Technology
Original
Band Pass Filters 996B-A 996B-B DC996A DC996B
Abstract: ) Dither (Off) If a DC890 QuikEvalâ"¢ II Data Acquisition and Collection System was supplied with the DC1281A demonstration circuit, follow the DC890 Quick Start Guide to install the required software and for connecting the DC890 to the DC1281A and to a PC. J4: RAND (Off) PGA 1x J9: Unused Power , Power and Signals to the DC996 Demonstration Circuit If a DC890 is used to acquire data from the DC1281A, the DC890 must first be connected to a powered USB port or provided an external 6V to 9V before Linear Technology
Original

8644B

Abstract: DC1005 . Mate with J1 DC890. J3 (AIN+) Analog Input Analog Input (by default, tied to ground J2 (AIN , connector for use with the DC890 Data Acquisition demo board and Linear Technology's QuickEval-II data , the ADC output with demo circuit DC890, a USB cable, a Windows computer, and Linear Technology , , Lark Engineering, or equivalent. Signal Generator HP 8644B or equiv To DC890 BPF Sine , DC890 FastDAACS Data Acquisition Board USB Windows PC w/ QuickEval-II Processing Software
Linear Technology
Original
DC1005

adc 1281

Abstract: LTC2208 procedure below: SETUP If a DC890 FastDAACS Data Acquisition and Collec- to install the required software and for connecting the tion System was supplied with the DC1281 demon- DC890 to the DC1281 and to a PC running Winstration circuit, follow the DC890 Quick Start Guide dows98, 2000 or XP. 2 , default positions. 3.3V + Rand Mode PGA Analog Input Parallel Data Output To DC890 Dither , , 160 -180 MSPS ADC APPLYING POWER AND SIGNALS TO THE DC996 DEMONSTRATION CIRCUIT If a DC890 is
Linear Technology
Original
MEC8 1281 3 pin IC

LTC2208

Abstract: MEC8-150 follow the procedure below: SETUP If a DC890 FastDAACS Data Acquisition and Collec- to install the required software and for connecting the tion System was supplied with the DC1282 demon- DC890 to the DC1282 and to a PC running Winstration circuit, follow the DC890 Quick Start Guide dows98, 2000 or XP , DC890 Dither Encode Clock SHDN Figure 1. DC1282 Setup (zoom for detail) DC1282 , If a DC890 is used to acquire data from the DC1282, the DC890 must FIRST be connected to a powered
Linear Technology
Original
MEC8-150 DC1282V

MEC8-150-02-L-D-EM2

Abstract: DC890 to DC890. The DC1098 demonstration circuit requires up to 200 mA depending on the sampling rate and , latest DC1098 schematic for new variants. SETUP If a DC890 FastDAACS Data Acquisition and Collection System was supplied with the DC1098 demonstration circuit, follow the DC890 Quick Start Guide Refer to , required software and for connecting the DC890 to the DC1098 and to a PC running Windows98, 2000 or XP. INPUT A To DC890 data acquisition board ENCODE CLOCK INPUT B Requires 3V Power Supply
Linear Technology
Original
LTC2281 LTC2283 LTC2285 MEC8-150-02-L-D-EM2 10/12/14-BIT DC1098A LTC2295

Guide for Common Mode Filter Design Coilcraft

Abstract: . Refer to Figure 1 for proper measurement equipment setup and follow this procedure: Setup If a DC890 , , follow the DC890 Quick Start Guide to install the required software and for connecting the DC890 to the , the sampling rate and the A/D converter supplied. If a DC890 is used to acquire data from the DC996, the DC890 must be provided with an external 6V ±0.5V 1A supply on turrets G7(+) and G1(â'") or the , terminations used to terminate the LVDS repeaters on the DC996. The DC890 will not activate the LVDS mode
Linear Technology
Original
Guide for Common Mode Filter Design Coilcraft LTC2208/LTC2208-14/LTC2217/ LTC2216/LTC2215 LTC2217 LTC2216 LTC2215

MEC8-150

Abstract: DC890 equipment setup and follow the procedure below: SETUP If a DC890 FastDAACS Data Acquisition and Collection System was supplied with the DC1282 demonstration circuit, follow the DC890 Quick Start Guide to install the required software and for connecting the DC890 to the DC1282 and to a PC running Windows98 , Output To DC890 Dither Encode Clock SHDN Figure 1. DC1282 Setup (zoom for detail) DC1282 , If a DC890 is used to acquire data from the DC1282, the DC890 must FIRST be connected to a powered
Linear Technology
Original

8644B

Abstract: DC1250 external circuitry for optimal system performance. CMOS buffers. DC1398 plugs into the DC890 Data , performance of the amplifier and ADC. 4. Observe the ADC output with demo circuit DC890, a USB cable, a , , Lark Engineering, or equivalent. To DC890 Signal Generator HP 8644B or equiv. BPF RF , , downloadable from Linear Technology's website http://www.linear.com/, processes data from the DC890 FastDAACS
Linear Technology
Original
Abstract: PROGRAMMING PScope has the ability to program the DC1975 board serially through the DC890. There are several , measurement equipment setup and follow the procedure in the Setup section. SETUP The DC890 USB demonstration circuit was supplied with the DC1975 demonstration circuit. Follow the DC890 Quick Start Guide to install the required software and for connecting the DC890 to the DC1975 and to a PC. 4.5V TO 6V + DIFFERENTIAL ANALOG INPUT CHANNEL 1 PARALLEL DATA OUTPUT TO DC890 DIFFERENTIAL Linear Technology
Original
DC1975A LTC2270

24LC02ST

Abstract: en78 website at http://www.linear.com/software/. If a DC890B was provided, follow the DC890 Quick Start , LTC2209 A/D converters. Refer to Figure 1 for proper measSETUP If a DC890 FastDAACS Data Acquisition and Collection System was supplied with the DC1281 demonstration circuit, follow the DC890 Quick urement , connecting the DC890 to the DC1281 and to a PC running Windows98, 2000 or XP. 2 QUICK START GUIDE FOR , DEMONSTRATION CIRCUIT If a DC890 is used to acquire data from the dc1281, the DC890 must FIRST be connected
Linear Technology
Original
24LC02ST en78 OVDD49 OVDD32

LTC2208

Abstract: If a DC890B was provided, follow the DC890 Quick Start Guide and the instructions below. To start , evaluate the performance of the LTC2209 A/D converters. Refer to Figure 1 for proper measSETUP If a DC890 , , follow the DC890 Quick urement equipment setup and follow the procedure below: Start Guide to install the required software and for connecting the DC890 to the DC1282 and to a PC running Windows98 , Parallel Data Output To DC890 Dither Encode Clock SHDN Figure 1. DC1282 Setup (zoom for detail
Linear Technology
Original
OGND50 OGND31
Abstract: the DC1762A board serially through the DC890. There are several options available in the LTC2165 , DC890 USB demonstration circuit was supplied with the DC1762A demonstration circuit, follow the DC890 Quick Start Guide to install the required software and for connecting the DC890 to the DC1762A and to a , . (default: LVDS) 4.5V TO 6V ANALOG INPUT PARALLEL DATA OUTPUT TO DC890 PARALLEL/SERIAL , Applying Power and Signals to the DC1762A Demonstration Circuit If a DC890 is used to acquire data from Linear Technology
Original
LTC2164 LTC2163 LTC2162 LTC2161 LTC2160 LTC2159

DC1370

Abstract: DC1369A /. If a DC890B was provided, follow the DC890 Quick Start Guide and the instructions below. To , through the DC890. There are several options available in the LTC2261 family that are only available , a DC890 FastDAACS Data Acquisition and Start Guide to install the required software and Collection System was supplied with the DC1369 for connecting the DC890 to the DC1369 and to demonstration circuit, follow the DC890 Quick a PC running Windows98, 2000 or XP. 2 3.5-6V Jumpers are shown in
Linear Technology
Original
LTC2261-14 LTC2261-12 LTC2260-14 LTC2260-12 LTC2259-14 LTC2259-12 DC1370 DC1369A MABA-007159-00000 LTC2256-14 LTC2257-12 LTC2257-14
Abstract: . The DC2135A can be used with either the DC890 or DC590 USB controllers. Use the DC890 if precise , of their respective owners. â'"16V GND +16V 3.3VP-P 64MHz MAX CLK IN TO DC890 ±10V AIN TO DC590 Figure 1. DC2135A Connection Diagram dc2135af 1 DEMO MANUAL DC2135A DC890 Quick , DC2135A with the DC890 while JP3 is in the 3.3V position will cause noticeable performance degradation , DC2135A to a DC890 USB High Speed Data Collection Board using connector P1. Then, connect the DC890 to a Linear Technology
Original
LTC2378-20 DN1032

DC1370

Abstract: LTC2260-12 for proper meas- urement equipment setup and follow the procedure below: SETUP If a DC890 , supplied with the DC1370 for connecting the DC890 to the DC1370 and to demonstration circuit, follow the DC890 Quick a PC running Windows98, 2000 or XP. 2 3.5-6V Jumpers are shown in default positions. + Analog Input Parallel Data Output To DC890 Parallel/Serial Programming mode Duty , SIGNALS TO THE DC996 DEMONSTRATION CIRCUIT If a DC890 is used to acquire data from the DC1370, the
Linear Technology
Original
LTC2258-14 LTC2258-12 HSMS-2822 WBC4 LTC2256-12 LTC2262-14 LTC2262-12 12/14-BIT

WBC1-1LB

Abstract: balun transformer 75 ohm converters. Refer to FigSETUP If a DC890 FastDAACS Data Analysis and Collection System was supplied with the DC1151 demonstration circuit, follow the DC890 Quick ure 1 for proper measurement equipment setup , the DC890 to the DC1151 and to a PC running Windows 98, 2000 or XP. 2 QUICK START GUIDE FOR , DC890 Data Collection Board Optional Clock Out* Analog Input Control Switches (See Below , when using the DC890. D2: Data Good ­ This LED will be lit when there is data being presented to the
Linear Technology
Original
WBC1-1LB balun transformer 75 ohm R25B CMLAN BLM18BB470SN1D LT1763CDE-2 LTC2274CUJ DC1151A

SQUARE WAVE TO SINE WAVE schematic diagram

Abstract: LTC1408 . Connect DC890 to a host PC with a standard USB A/B cable. Apply 57V DC to the VIN and GND terminals , Pscope CH2. Run the QuickEval II (Pscope.exe) evaluation software supplied with DC890 or download it , ) 40 pin Analog Signal Connector To DC890 (Refer to Schematic) Controller 2 QUICK , CONFIGURE menu select DC890 Fast DAACS as shown below. Then click the CONFIGURE > DEVICE menu item, which
Linear Technology
Original
LTC1408 SQUARE WAVE TO SINE WAVE schematic diagram 14-BIT 600KSPS 100KSPS DC887
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