Acer S5201, S5301WB Rdata, Bdata, Gdataso, Hdata, Vdata, Sdadata, Scldata, Rxd, Txd, Cvbs

2. Characteristics of inputs/outputs

Signal	Parameter	Min	Type	Max
RDATA	Impedance		75		Ohm
GDATA	Amplitude		0.7		Volts peak-to-peak
BDATA	Black pedestal		0		Volts
	Pixel Clock		170		M Hz
GDATA_SO	Impedance		75		Ohm
G	Amplitude		1		Volts peak-to-peak
	Video amplitude		0.7		Volts peak-to-peak
	Sync amplitude		0.3		Volts peak-to-peak
	Black pedestal		0		Volts
	Pixel Clock		170		M Hz
HDATA	Impedance		1		K ohm
	Amplitude, low level	0		0.8	volt
	Amplitude, high level	2.5		5	Volt
	Frequency	31		99	K Hz
VDATA	Impedance		1		K ohm
	Amplitude, low level	0		0.8	volt
	Amplitude, high level	2.5		5	Volt
	Frequency	48		120	Hz
SDADATA	Amplitude, low level	0		0.8	volt
	Amplitude, high level	3		5	Volt
SCLDATA	Amplitude, low level	0		0.8	volt
	Amplitude, high level	3		5	Volt
RXD	Amplitude	-25		25	Volt
TXD	Amplitude	-13.2		13.2	Volt
CVBS	Amplitude, total (video+		1		Volts peak to peak
Luminance	sync)
	Amplitude, video		0.7		Volts peak to peak
	Amplitude, sync		0.3		Volts peak to peak
	Impedance		75		ohm
CVBS	Amplitude		700		m Volts peak to peak
Chroma	Impedance		75		ohm
Audio	Impedance (audio in)		10		Kohm
	Amplitude (audio in)		500		mVolts rms
	Bandwidth	300H		16kH
		z		z
	S/N Ratio	40			%
	Total Harmonic			10	%
	Distortion
Microphone	Transducer Principle				Dynamic
	Impedance	300		1K	ohm
	Frequency response	600		16k	Hz

3. Electrical Interface Character

Interface Definition

15 pin definition of the mini D-sub male for DDC2B protocol

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