MPY100AG Overview

Tube are used for its packaging.For cost-effectiveness, it has been included in the 14-CDIP (0.300, 7.62mm) package.There is a widespread use of 4-Quadrant bits per stage.It operates at a voltage of 15V.A nominal negative supply voltage is provided for -15V.Radio-frequency signals modulated in the frequency range of 0.55MHz occupy the range of 0.55MHz.Several 14 terminations are available to ensure that signals do not reflect off the end of the transmission line.The base part number MPY100 indicates that there will be a number of electronic parts that share many similarities.It is a type of 14-pin electronic component that is known for its high quality and superior performance.It is an electronic device that can be found under the subcategory of Analog Computational Functions.On the PCB, it is mounted using Through Hole.It is recommended that the device operate at a temperature of 85°C.The minimum teperature that the electronic device operate with should be kept at -25°C.There should be a higher dual supply voltage than 8.5V.In general, dual supply voltages should be lower than 20V.In its analog IC form, ANALOG MULTIPLIER OR DIVIDER performs as an integrated circuit.The unit is powered by a dual supply voltage of 15V.Depending on the supply voltage 15V, it is capable of operating.It is incorporated with 1 elements.There is a limitation on the maximum supply voltage at 20V.Normal operation requires a voltage of 8.5V as the minimum supply voltage.The circuitry employed to achieve its specific functions consists of 4 circuits.The part is a well-known member of the MPY series that is used in a wide range of applications.

MPY100AG Features

Supplied in the 14-CDIP (0.300, 7.62mm) package
Bandwidth of 0.55MHz
Operating supply voltage of 15V

MPY100AG Applications

There are a lot of Texas Instruments MPY100AG Analog Multipliers & Dividers applications.

• Radiation thermometry transducers
• Fission chambers
• Biopotential
• PDA
• Semiconductor detectors
• Automotive sensors
• Car stereo
• Inverse/same-phase proportional circuit
• Ultrasound transducers
• Integrator and differentiator circuits