MC14538BDG Overview

A 16-SOIC (0.154, 3.90mm Width) case holds the product.If Tube happens, pack the equipment accordingly.Mounting type Surface Mount is the recommended one for this device.The part's logic type includes Monostable.There is a vote within 3V~18V.There is an electrical component in the 4000B series.Unless otherwise specified, this part must operate at no lower than -55°C~125°C degrees Celsius.There is a small current output of 8.8mA 8.8mA while there is a large voltage output from 8.8mA 8.8mA.In this component, the 4538 family is used as the basis for design.The total number of terminations of this device is 16.5V voltage can be handled by this device.There are 2 inputs for data and clock.Multivibrator has a total of six 16 pins.The family 4000/14000/40000 is represented by it.Multivibrator is possible to mount 16 pins on this part if you wish.Surface Mount is used to mount the device.Supply voltages must be higher than 3V to meet the minimum requirement.At 700μA, it consumes a small amount of quiescent current.There is a 12V volt specification for the chip's operating supply voltage.To function properly, this chip requires a voltage supply of 18V volts in order to operate.Input current to the device is 8.8mA.Depending on the voltage, it can provide voltage in the range of 5/15V volts.Integrated circuit has a maximum supply current of 700μA and can handle a maximum supply current of X.On the device, there are 3 circuits available for use.

MC14538BDG Features

in 16-SOIC (0.154, 3.90mm Width) package
Mounting Type: Surface Mount
Logic Type: Monostable
Operating Temperature: 4000B
based on 4538
Supply Voltage: 5V
Quiescent Current at 700μA
output current at 8.8mA

MC14538BDG Applications

There are a lot of ON Semiconductor MC14538BDG applications of multivibrators.

• Astable multivibrator
• Embedded PCs
• Pulse shaping
• Desktop PCs or Notebook PCs
• Personal Digital Assistant (PDA)
• GPS: Personal Navigation Devices
• Digital Radio and Internet Radio Players
• Digital Video Cameras (DVC)
• Frequency multiplication
• Puls delay and timing