This amplifier module achieves peak power at an operating voltage of 12Vdc with a 4ø loudspeaker. With lower voltages and higher resistance loudspeakers power will increase accordingly. In order to control the volume a 10kø logarithmic potentiome This amplifier module achieves peak power at an operating voltage of 12Vdc with a 4Omega loudspeaker. With lower voltages and higher resistance loudspeakers power will increase accordingly. In order to control the volume a 10kOmega logarithmic potentiometer Order Code JM77J should be connected between the signal source amp the amplifier module. If the signal source has a low output power e.g. a microphone it will be necessary to connect a pre-amplifier i.e. Order Code N69AW between the source amp the potentiometer. SpecificationsOutputmaximum 3.5W music powerOperating voltage4.5-12VdcLoudspeaker connection4-16OmegaInput sensitivity 80mVFrequency responseapprox. 40-20000 HzDimensionsapprox. 40 x 40 x 12mm
quotgtltCsgtThis amplifier module achieves peak power at an operating voltage of 20Vdc with a 4ø loudspeaker. With lower voltages and higher resistance loudspeakers power will increase accordingly. In order to control the volume a 10kø logarithmic po This amplifier module achieves peak power at an operating voltage of 20Vdc with a 4Omega loudspeaker. With lower voltages and higher resistance loudspeakers power will increase accordingly. In order to control the volume a 10kOmega logarithmic potentiometer Order Code JM77J should be connected between the signal source amp the amplifier module. If the signal source has a low output power e.g. a microphone it will be necessary to connect a pre-amplifier i.e. Order Code N69AW between the source amp the potentiometer. SpecificationsOutputmaximum 12W music power Operating voltage6-20VdcLoudspeaker connection4-16Omega Input sensitivityapprox. 80mVFrequency responseapprox. 40-20000 HzDimensionsapprox. 61 x 35 x 23mm
This small stereo amplifier module provides 1.5W per channel amp is suitable for use with 8-16ø speakers. The module will reach its maximum power with an operating voltage of 10V using an 8ø loudspeaker. This small stereo amplifier module provides 1.5W per channel amp is suitable for use with 8-16Omega speakers. The module will reach its maximum power with an operating voltage of 10V using an 8Omega loudspeaker.
A handy amplifier module just requiring a 6 to 16V power supply. A 10kOmega logarithmic potentiometer Order Code JM77J can be connected between the signal source and the amplifier module as a volume control. SpecificationsOperating voltage6 - 16VdcCurrent consumption800mA max.Input sensitivity80mVLoudspeaker4 - 16OmegaMusic power12Wmax into 4OmegaFreq response40Hz - 20kHzDimensions61 x 35 x 23mm excl. tabs
This amplifier module achieves peak power at an operating voltage of 16Vdc with a 4ø loudspeaker. With lower voltages and higher resistance loudspeakers power will decrease accordingly. If the signal source has a low output power e.g. a micropho This amplifier module achieves peak power at an operating voltage of 16Vdc with a 4Omega loudspeaker. With lower voltages and higher resistance loudspeakers power will decrease accordingly. If the signal source has a low output power e.g. a microphone it will be necessary to connect a pre-amplifier i.e. Order Code N69AW between the source amp the potentiometer. SpecificationsOutputmaximum 40W music powerOperating voltage6-16VdcLoudspeaker connection4-8OmegaFrequency responseapprox. 20-25000 HzDimensionsapprox. 61 x 35 x 23mm
This preamplifier module will boost the signal from a low power source such as a microphone to a level suitable for an amplifier. This preamplifier module will boost the signal from a low power source such as a microphone to a level suitable for an amplifier. SpecificationsOperating voltageapprox. 9 - 24VdcInput voltageapprox. 2 - 50mVOutput voltageapprox. 200mV - 1VAmplificationapprox. 65 x at UB 9V approx. 80 x at UB 12V approx. 100 x at UB 24VCurrent consumption2mADimensionsapprox. 30 x 25 x 15mm