A/D-D/A Converter Circuit

D_A_convener_with_fast_bipolar_output_using_the_Datel_DAC_IC_10BC_and_AM_452

Published:2009/7/20 5:26:00 Author:Jessie

D/A convener with fast bipolar output using the Datel DAC-IC 10BC and AM-452.See coding table(courtesy Datel Systems, Inc.).   (View)

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D_A_convertner_in_bipolar_operation

Published:2009/7/20 5:25:00 Author:Jessie

D/A convertner in bipolar operation (courtesy Analog Devices, Inc.).   (View)

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D_A_converer_With_fast_unipolar_output_using_the_AM_452

Published:2009/7/20 5:24:00 Author:Jessie

D/A converer With fast unipolar output using the AM-452(courtesy Datel Systems, Inc.).   (View)

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A_D_divider_using_an_AD7520_10_bit_multiplying_D_A_converter

Published:2009/7/20 5:24:00 Author:Jessie

A/D divider using an AD7520 10-bit multiplying D/A converter (courtesy Analog Devices, Inc.).   (View)

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8_bit_buffered_multiplying_CMOS_D_A_convener_in_unipolar_binary_operation_

Published:2009/7/20 5:23:00 Author:Jessie

8-bit buffered multiplying CMOS D/A convener in unipolar binary operation (courtesy Analog Devices, Inc.).   (View)

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10_bit_multiplying_D_A_converter_in_unipolar_operation

Published:2009/7/20 5:23:00 Author:Jessie

10-bit multiplying D/A converter in unipolar operation(courtesy Analog Devices, Inc.).   (View)

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10_bit_CMOS_A_D_converter_in_bipolar_operation

Published:2009/7/20 5:22:00 Author:Jessie

10-bit CMOS A/D converter in bipolar (offset binary) operation. This is a modified 2s complement operation (courtesy Analog Devices, Inc.).   (View)

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8_bit_multiplying_D_A_convener_in_unipolar_binary_operation_below

Published:2009/7/20 5:21:00 Author:Jessie

8-bit multiplying D/A convener in unipolar binary operation below (courtesy Analog Devices, Inc.).   (View)

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Serial_gray_to_binary_converter_above

Published:2009/7/20 5:20:00 Author:Jessie

Serial gray-to-binary converter above (courtesy Motorola Semiconductor Products Inc.).   (View)

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8_bit_A_D_converter_using_an_ADC_MC8B_16_pin_DIP

Published:2009/7/20 5:18:00 Author:Jessie

8-bit A/D converter using an ADC-MC8B 16-pin DIP. Pin functions of the Datel ADC-MC8B chip are as follows: pin 1, ground; pin 2, logic select; pin 3, reset; pin 4, strobe; pin5, bit8 (LSB); pin6, bit7; pin7, bit6;pin8, +VCC; pin 9, bit 5; pin 10, bit4; pin 11, bit3; pin 12, bit2; pin 13, bit 1(MSB); pin 14, analog out; pin 15,VREF input; pin 16, VREF output. To calibrate, apply continous start commands to the start input. For the zero adjustment ground the analog input and vary the zero adjust pot until the LSB flickers between one and zero with all other inputs at logic zero. For the gain adjustment apply FS-1/2 LSB to the analog input and vary the gain adjust pot until LSB flickers between one and zero with all other bits at logic one (courtesy Datel Systems, Inc.).   (View)

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8_bit_successive_approximation_A_D_converter

Published:2009/7/20 5:17:00 Author:Jessie

8-bit successive-approximation A/D converter (courtesy Motorola Semiconductor Products Inc.).   (View)

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High_speed_8_bit_successive_approximation_A_D_convener

Published:2009/7/20 5:16:00 Author:Jessie

High-speed 8-bit successive-approximation A/D convener (courtesy Motorola Semiconductor Products Inc.).   (View)

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D_A_convener_with_output_buffer

Published:2009/7/20 5:14:00 Author:Jessie

D/A convener with output buffer. VOUT is directly proportional to the digital input.R2 should be less than or equal to 650K to assure good temperature compensation. Metal film 1% resistors and 100 PPM/℃ trimmers are recommended. For fast settling time use a Datel AM-452 buffer. To calibrate apply continuous start commands to the start input (pin 3). Set all bits to logic zero and vary the zero adjust pot until VOUT is zero. Set all bits to logic one and vary the gain adjust pot until VOUT is equal to the nominal FS-1 LSB, where LSB is equal to FSR/256 (courtesy Datel Systems, Inc.).   (View)

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Cyclic_converter

Published:2009/7/20 5:13:00 Author:Jessie

Cyclic converter (courtesy Motorola Semiconductor Products Inc.).   (View)

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4_1_2_digit_2000_volt_A_D_converter_with_LED_readout_using_the_8052A_7103A_digital_pair

Published:2009/7/20 5:12:00 Author:Jessie

4 1/2-digit (2.000-volt) A/D converter with LED readout using the 8052A/7103A digital pair (courtesy Intersil, Inc.).   (View)

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Parallel_gray_to_binary_converter

Published:2009/7/20 5:10:00 Author:Jessie

Parallel gray-to-binary converter(courtesy Motorola Semiconductor Products Inc.).   (View)

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8_bit_multiplying_D_A__converter_In_bipolar_operation

Published:2009/7/20 5:09:00 Author:Jessie

8-bit multiplying D/A converter In bipolar operation(courtesy Analog Devices, Inc.).   (View)

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Twelve_10_bit_CMOS_A_D_converters_onto_a_data_bus

Published:2009/7/20 5:09:00 Author:Jessie

Twelve 10-bit CMOS A/D converters onto a data bus (courtesy Analog Devices, Inc.).   (View)

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10_bit_CMOS_A_D_converter_in_unipolar_binary_operation_

Published:2009/7/20 5:08:00 Author:Jessie

10-bit CMOS A/D converter in unipolar binary operation (courtesy Analog Devices, Inc.).   (View)

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IF_POSITIVE_VSUBREF_SUB_IS_USED

Published:2009/7/20 5:06:00 Author:Jessie

IF POSITIVE VREF IS USED.THE ANALOG INPUT RANGE IA 0 TO-VREF,AND THE COMPARTOR'S㈠ INPUT SHOULD BE CONNECTED TO OUT1(PIN 4) OF THE AD7570.   (View)

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