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suppliers of SKQDABE010 and PDF data of SKQDABE010

Part Numbert	Mfg	Packt	D/C	Descriptiont	Qty	Company/Contact
SKQDABE010	ALPS				59000	Tianke Electronics (HK) Limite.. Contact:Paul Tel:86-755-83206561 Fax: Email: tianke_hk@yahoo.com.cn
SKQDABE010	ALPS		SMD		351	GuangHan Electronics Limited Contact:Cindy Tel:86-755-82533266 Fax: Email: cindy@gh-elec.com
SKQDABE010	ALPS	delivered	08/09+		80000	SILICON TECHNOLOGY(HONGKONG)EL.. Contact:sindy Tel:86-755-83000558 Fax:86-755-83000758 Email: sindy@silicon-ic.com
SKQDABE010	ALPS				59000	Yakoda(hk) Contact:Linda Tel:86-755-83744822 Fax: Email: antree@yakeda.com
SKQDABE010	ALPS	SMD/DIP	SMD		5503	Shenzhen Mei-si star technolog.. Contact:chen Tel:86-755-83785732 Fax: Email: 809050320@qq.com
SKQDABE010	ALPS		轻触开关		SMD	Shenzhen Meisixing Technology.. Contact:MR Tel:86-755-83785732 Fax:0755-89603897 Email: qqzzaabb@163.com

SKQDABE010 Datasheet

CMOS compatibility The XTI pad low and high levels are CMOS compatible; XTI pad noise margin is better than typical CMOS pads. TTL compatibility The XTI pad low level is compatible with TTL while the high level is not compatible (for example if VDD = 3V TTL min high level = 2.OV while XTI min high level = 2.2V)
SKQDABE010 Price

Transition frequency lc = 10 mA, VCE = 5 V, f = 100 MHz			250		MHz
Collector-base capacitance VCB = 10 V, lc = ic = O, f = 1 MHz	Ccb		3		pF
Input capacitance VEB = 0.5 V, lc = ic = O, f = 1 MHz	Cibo		8		pF
Noise fig u re fc = 200 A, VCE = 5 V, Rs = 2 kl f= 1 kHz, B = 200 Hz	F		2		dB
Input impedance Ic=1 mA, VCE=10V,f =1 kHz	hlle		4.5		kl
Open-circuit reverse voltage transfer ratio Ic=1 mA, VCE=10V,f =1 kHz	h12e		2		10-4
Short-circuit forward current transfer ratio fc = 1 mA, VCE = 10 V, f = 1 kHz	h21e	1 00		900
Open-circuit output admittance lc = 1 mA, VCE = 10 V, f = 1 kHz	h22e		30

SKQDABE010 on stock

On the LTC1727, each of the comparator outputs will be low until the Vccinputthat is monitored by that compara- tor rises above the appropriate predetermined threshold. The COMP3, and COMP5/COMP25 0utputs are guaran- teed to be in the correct logic state for either VCC3 0r VccsNcc2s 9 reaterthan lV. The COM PA output requires the internal bandgap reference to be valid before the correct logic state can be output. Therefore, the COMPA output will be held low until VCCA is above lV and VCC3 0r VCC5NCC25 is greater than 2V (typ).

signal makes a high-to-low transition the one shot fires, set- ting the INTR F/F. An inverting buffer then supplies the INTR output signal. Note that this SET control of the INTR F/F remains low for approximately 400 ns. If the data output is continuously en- abled (CS and RD both held low) the INTR output will still signal the end of the conversion (by a high-to-low transition). This is because the SET input can control the Q output of the INTR F/F even though the RESET input is constantly at a "1" level. This INTR output will therefore stay low for the duration of the SET signal. When data is to be read, the combination of both CS and RD being low will cause the INTR F/F to be reset and the TRI-STATE output latches will be enabled.

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