A/D-D/A Converter Circuit

3_digit_ISUP2_SUP_L_A_D_converter_with_LED

Published:2009/7/20 4:43:00 Author:Jessie

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

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F_V_convener_with_input_diode_protection_against_high_voltage_transients

Published:2009/7/20 4:42:00 Author:Jessie

F/V convener with input diode protection against high-voltage transients. Model 451 has a 0 to 10 kHz full scale input range and model 453 has a 0 to 100kHz full scale input range. Pins 8 and 9 are the output. Maximum input is ±10 volts (courtesy Analog Devices, Inc.).   (View)

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V_F_converter_with_10_kHz_full_scale_output

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

V/F converter with 10 kHz full scale output．The 450 is a high-performance version of the economy 456(courtesy Analog Devices, Inc.).   (View)

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F_V_converter_monitoring_the_60_hertz_line_frequency

Published:2009/7/20 4:51:00 Author:Jessie

F/V converter monitoring the 60-hertz line frequency. The gain of the F/V converter has been set to 0.1 volt per hertz, which results in a100-hertz full scale frequency range (courtesy Analog Devices, Inc.).   (View)

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14_bit_sign_magnitude_binary_convener_using_an_ADC1105

Published:2009/7/20 4:50:00 Author:Jessie

14-bit sign-magnitude binary convener using an ADC1105 (courtesy Analog Devices, Inc.).   (View)

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F_V_convener_controlling_and_monitoring_motor_speed_in_a_closed_loop_system

Published:2009/7/20 4:49:00 Author:Jessie

F/V convener controlling and monitoring motor speed in a closed loop system.The F/V convener is a 451/453 10/100 kHz F/V convener with a +10-volt full scale output (courtesy Analog Devices, Inc.).   (View)

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8_bit_D_A_convener_with_voltage_regulator

Published:2009/7/20 4:49:00 Author:Jessie

8-bit D/A convener with voltage regulator (courtesy Motorola Semiconductor Products Inc.).   (View)

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Multiplying_D_A_convener_using_a_Datel_DAC_MC8B_16_pin_DIP

Published:2009/7/20 4:41:00 Author:Jessie

Multiplying D/A convener using a Datel DAC-MC8B 16-pin DIP. Pin functions of the DAC-MC8B as follows: pin 1, ground; pin 2, logic select; pin 3, reset; pin 4, strobe; pin 5, bit8(LSB); pin 6, bit7; pin7, bit6; pin8, +VCC; pin 9, bit5; pin 10, bit 4; pin 11, bit3;pin 12, bit2; pin 13, bit 1(MSB); pin 14, analog output; pin 15,VREF input; pin 16, VREF output (courtesy Datel Systems, Inc.).   (View)

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F_V_converter_having_0_to__5_volt_output_with_a_5_kHz_to_10_kHz_input

Published:2009/7/20 4:40:00 Author:Jessie

F/V converter having 0 to +5-volt output with a 5 kHz to 10 kHz input (courtesy Analog Devices, Inc.).   (View)

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10_bit_buffered_multiplying_D_A_convener_for_two_quadrant_multiplication

Published:2009/7/20 4:39:00 Author:Jessie

10-bit buffered multiplying D/A convener for two-quadrant multiplication (courtesy Analog Devices, Inc.).   (View)

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10_bit_buffered_multiplying_D_A_converter_in_bipolar_operation_

Published:2009/7/20 4:38:00 Author:Jessie

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

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F_V_convener_used_for_FM_demodulation

Published:2009/7/20 4:38:00 Author:Jessie

F/V convener used for FM demodulation. The example shown here has the carrier at 50 kHz with ±5 kHz modulating signal. The terms shown are defined as follows: G is gain, RF is the external gain resistor, △Es is the output offset shift and Rc is the offset current resistor (courtesy Analog Devices, Inc.).   (View)

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A_D_converter_with_sample_and_hold_circuit_for_unipolar_operation_0_to_10_volts

Published:2009/7/20 4:37:00 Author:Jessie

A/D converter with sample-and-hold circuit for unipolar operation, 0 to 10 volts. For operation of 0 to 5 volts jumper pins 22 and 25 with the connection shown (courtesy Datel Systems, Inc.).   (View)

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F_V_converter_with___10000_volt_full_scale_output_and_fine_trim_adjustment

Published:2009/7/20 4:36:00 Author:Jessie

F/V converter with + 10.000 volt full scale output and fine trim adjustment (courtesy Analog Devices, Inc.).   (View)

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F_V_convener_with__10_volt_full_scale_output_and_decreased_threshold_for_increased_triggering_sensitivity_for_low_level_input_signals

Published:2009/7/20 4:36:00 Author:Jessie

F/V convener with +10-volt full scale output and decreased threshold for increased triggering sensitivity for low-level input signals. The input frequency range is 0 to 11 kHz for the 451 and 110 kHz for the 453 (courtesy Analog Devices, Inc.).   (View)

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F_V_converter_with__10_volt_full_scale_output

Published:2009/7/20 4:35:00 Author:Jessie

F/V converter with +10-volt full scale output. Table shows input specs for both models (courtesy Analog Devices, Inc.).   (View)

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I_F_converter_using_the_454_V_F_converter_chip_with_a_20_kHz_full_scale_output

Published:2009/7/20 4:34:00 Author:Jessie

I/F converter using the 454 V/F converter chip with a 20 kHz full scale output (courtesy Analog Devices, Inc.).   (View)

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Low_power_10_bit_CMOS_D_A_converter_with_10_volt_reference

Published:2009/7/20 4:34:00 Author:Jessie

Low-power 10-bit CMOS D/A converter with 10-volt reference(courtesy Analog Devices, Inc.).   (View)

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I_F_converter_using_a_V_F_converter_chip

Published:2009/7/20 4:33:00 Author:Jessie

I/F converter using a V/F converter chip. Full scale output is 10 kHz for the 450 and 456 and 20 kHz for the 454 (courtesy Analog Devices, Inc.).   (View)

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V_F_converter_for_driving_high_noise_immunity_logic_and_CMOS

Published:2009/7/20 4:32:00 Author:Jessie

V/F converter for driving high-noise-immunity logic and CMOS. Full scale output is 10 kHz for the 450 and 456 and 20 kHz for the 454(courtesy Analog Devices, Inc.).   (View)

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