A/D-D/A Converter Circuit

Fast_precision_10_bit_A_D_converter

Published:2009/7/20 3:50:00 Author:Jessie

Fast precision 10-bit A/D converter (courtesy Analog Devices, Inc.).   (View)

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Kelvin_temperature_to_frequency_converter

Published:2009/7/20 3:49:00 Author:Jessie

Kelvin temperature-to-frequency converter. No sensor is required since the AD537 has an internal VTEMP output,The output tracks the temperature at 10 hertz per degree kelvin.To calibrate, select a 25℃ standard,which corresponds to 298°K, and adjust the 2K pot for 2.98 kHz(courtesy Analog Devices, Inc.).   (View)

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Successive_approximation_A_D_converter

Published:2009/7/20 3:48:00 Author:Jessie

Successive approximation A/D converter (courtesy Analog Devices, Inc.).   (View)

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Wide_band_high_crest_factor_PMS_to_DC_converter_using_an_AD534_multiplier_divider_chip

Published:2009/7/20 3:47:00 Author:Jessie

Wide-band high-crest-factor PMS-to-DC converter using an AD534 multiplier/divider chip (courtesy Analog Devices, Inc.).   (View)

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Differential_input_voltage_to_frequency_convener_using_an_AD534_multiplier_divider_chip_

Published:2009/7/20 3:46:00 Author:Jessie

Differential-input voltage-to-frequency convener using an AD534 multiplier/divider chip (courtesy Analog Devices, Inc.).   (View)

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Voltage_to_frequency_convener_for_single_supply_operation

Published:2009/7/20 3:45:00 Author:Jessie

Voltage-to-frequency convener for single supply operation. Full scale output is 10 kHz. The chip used is a Datel VFQ-1 14-pin DIP (courtesy Datel Systems, Inc.).   (View)

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Frequency_to_voltage_converter_for_a_0_to_100_kHz_input

Published:2009/7/20 3:44:00 Author:Jessie

Frequency-to-voltage converter for a 0 to 100 kHz input. Chip used is a Datel VFQ-1 (courtesy Datel Systems, Inc.).   (View)

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Eight_10_bit_A_D_converters_multiplexed_with_the_6800_microprocessor_through_a_single_PIA

Published:2009/7/20 4:56:00 Author:Jessie

Eight 10-bit A/D converters multiplexed with the 6800 microprocessor through a single PIA(courtesy Analog Devices, Inc.).   (View)

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12_bit_D_A_multiplying_convener_with_an_AD509_op_amp

Published:2009/7/20 4:55:00 Author:Jessie

12-bit D/A multiplying convener with an AD509 op amp (courtesy Analog Devices, Inc.).   (View)

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12_bit_multiplying_D_A_converter_with_an_AD518_op_amp

Published:2009/7/20 4:54:00 Author:Jessie

12-bit multiplying D/A converter with an AD518 op amp (courtesy Analog Devices, Inc.).   (View)

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10_bit_D_A_convener_in_unipolar_binary_operation

Published:2009/7/20 4:54:00 Author:Jessie

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

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10_bit_D_A_converter_in_bipolar_operation

Published:2009/7/20 4:53:00 Author:Jessie

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

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V_F_converter_used_as_a_nearly_18_bit_A_D_converter

Published:2009/7/20 4:52:00 Author:Jessie

V/F converter used as a nearly 18-bit A/D converter. Resolution is 1 pulse in 200,000, or 0.05% of the smallest input signal (courtesy Analog Devices, Inc.).   (View)

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F_V_and_V_F_converters_used_in_a_two_wire_data_transmission_system_Model_610_instrumentation_amplifier_amplifies_the_low_level_differential_transducer_signal_to_the_10_voltfull_scale_of_models_450_and_456_10_kHz_V_F_conveners

Published:2009/7/20 5:01:00 Author:Jessie

F/V and V/F converters used in a two-wire data transmission system Model 610 instrumentation amplifier amplifies the low-level differential transducer signal to the 10-voltfull scale of models 450 and 456 10 kHz V/F conveners. A differential line driver is used to drive the twisted pair through a noisy environment. A differential line receiver is used to drive model 451 10 kHz F/V converter (courtesy Analog Devices, Inc.).   (View)

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12_bit_multiplying_D_A_converter_in_bipolar_operation

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

12-bit multiplying D/A converter in bipolar operation. In this configuration the converter is set up for four-quadrant multiplication (courtesy Analog Devices Inc.).   (View)

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12_bit_multiplying_D_A_convener_in_unipolar_operation

Published:2009/7/20 4:59:00 Author:Jessie

12-bit multiplying D/A convener in unipolar operation. In this configuration the convener is set up for two-quadrant multiplication (courtesy Analog Devices, Inc.).   (View)

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F_V_converter_controlling_power_load

Published:2009/7/20 4:58:00 Author:Jessie

F/V converter controlling power load. The relay remains open until the preset power on trip level is reached (courtesy Analog Devices, Inc.).   (View)

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8_bit_buffered_multiplying_CMOS_D_A_converter_in_bipolar_operation_

Published:2009/7/20 4:58:00 Author:Jessie

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

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12_bit_multiplying_D_A_converter_with_an_AD741_op_amp

Published:2009/7/20 4:57:00 Author:Jessie

12-bit multiplying D/A converter with an AD741 op amp(courtesy Analog Devices, Inc.).   (View)

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3_digit_ISUP2_SUP_L_A_D_converter_with_LCD

Published:2009/7/20 4:45:00 Author:Jessie

3-digit I2 L A/D converter with LCD (courtesy Analog Devices, Inc.).   (View)

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