M62366GP MITSUBISHI, M62366GP Datasheet
![no-image](/images/manufacturer_photos/0/4/451/mitsubishi_sml.jpg)
M62366GP
Available stocks
Related parts for M62366GP
M62366GP Summary of contents
Page 1
... TYPE 8-BIT 12CH D-A CONVERTER WITH BUFFER AMPLIFIERS DESCRIPTION The M62366GP is a CMOS semiconductor IC,containing 12 channels of 8-bit D-A converters,with a high-performance buffer operational amplifier provided in the output of each channel operable with a low supply voltage between 2.7~3.6V,and is easy to use due to serial data input,and 3-pin(DI,CLK,LD)connection with microcomputer ...
Page 2
... D-A converter output terminal Power supply terminal GND terminal D-A converter upper reference voltage input terminal D-A converter lower reference voltage input terminal 12-BIT SHIFT REGISTER ..............................................12 .............................................. ................................................................................................... MITSUBISHI ELECTRIC MITSUBISHI<Dig.Ana.INTERFACE> M62366GP Function GND D10 D11 ADDRESS DECODER ............... ............ ...
Page 3
... DAC selection VrefU=V * VrefL=Vss D10 D9 D8 MITSUBISHI ELECTRIC MITSUBISHI<Dig.Ana.INTERFACE> M62366GP FIRST MSB DAC SELECT DATA D-A output (VrefU-VrefL) / 256 X 1 +VrefL (VrefU-VrefL) / 256 X 2 +VrefL (VrefU-VrefL) / 256 X 3 +VrefL (VrefU-VrefL) / 256 X 4 +VrefL (VrefU-VrefL) / 256 X 255 +VrefL VrefU DD LSB D2 ...
Page 4
... I =±100µ =+500µA AO -200µA Upper saturation voltage=0.4V Lower saturation voltage=0.4V Vcc=2.760V VrefU=2.610V VrefL=0.050V(10mV/LSB) Without load(I =±0) AO MITSUBISHI ELECTRIC MITSUBISHI<Dig.Ana.INTERFACE> M62366GP Ratings -0.3~+7.0 -0.3~+7.0 -0.3~V +0.3 CC -0.3~V +0.3 CC 150 -20~+85 -55~+150 Limits Typ. Min. Max. 2.7 3.0 =0µ ...
Page 5
... CL 100pF,V :0.1 2.6V AO The time until the output becomes the final value of 1/2 LSB CKH DCH CHD t CHL t Do MITSUBISHI ELECTRIC MITSUBISHI<Dig.Ana.INTERFACE> M62366GP Limits Min Typ Max 200 200 200 200 30 60 200 100 100 70 350 300 t LDC t LDH t LDD ...