AD539SE/883B Overview
The packaging of the product is made up of Tube.It is embedded in the 20-CLCC package for cost-effectiveness.There is a widespread use of 2-Quadrant bits per stage.For its operation, a voltage of 5V is applied.-5V is supplied with a nominal negative supply voltage.During the period of 60MHz, a modulated radio-frequency signal occupying the frequency range is present.In order to prevent signals from reflecting off the end of the transmission line, 20 terminations are installed.Based on the base part number AD539, electronic parts with several similarities can be found.There are several types of 20-pin electronic components of this type, which are notable for their high quality and superior performance.There is an electronic device in the subcategory Analog Computational Functions that falls under this classification.It is mounted on the PCB using the method of Surface Mount.125°C is the maximum temperature at which the electronic device should operate.Temperatures below -55°C should be maintained to ensure proper operation of electronic devices.The reflow temperaure limit of NOT APPLICABLE is determined by the component with the lowest tolerance for high temperatures.The operating voltage of 10.2mA is ideal for this device.The type of IC ANALOG MULTIPLIER OR DIVIDER is analog.A modulated radio-frequency signal falls within the frequency range of 25MHz.The device is capable of supporting the maximum voltage input of 4.2V, which allows designers to take full advantage of its flexibility.There is the possibility of storing 2 bits of information.The device can be operated from a voltage supply of 15V.
AD539SE/883B Features
Supplied in the 20-CLCC package
Bandwidth of 60MHz
Operating supply current of 10.2mA
Operating supply voltage of 15V
AD539SE/883B Applications
There are a lot of Analog Devices Inc. AD539SE/883B Analog Multipliers & Dividers applications.
- Micro signal measurement
- Power transmission
- ECG equipment
- Video and image computer boards
- Video data acquisition
- Mobile phone
- Test equipment
- single/dual op amp sum and difference circuits
- High input resistance broadband
- Oscilloscopes
