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Part Numbert	Mfg	Packt	D/C	Descriptiont	Qty	Company/Contact
AD7804BR-REEL	AD	QUAD 10-BI	2010+		RW	AFG(HK)ELECTRONICES CO.,LTD Contact:zhang Tel:86-10-62988121 Fax:86-010-82624160 Email: fly@afg.hk
AD7804BR-REEL	AD				1800	Shen Zhen FULEYA Technology CO.. Contact:Angel Tel:86-0755-82730755 Fax: Email: angelchaohui@163.com
AD7804BR-REEL	AD	SOP16	00+	Original	3584	Minchin WaiYip Development Co... Contact:Edison Chan Tel:86-755-61667059 Fax:86-755-61303859 Email: mingqindianzi@live.cn
AD7804BR-REEL	AD				1800	HK NUOMEIXIN ELECTRONICS LIMIT.. Contact:Amy Tel:86-755-83957622 Fax:86-0755-82527595 Email: hk_nmx@vip.163.com
AD7804BR-REEL	AD	16-SOIC（7.	08+	专营AD系列#%现货库存热卖中	1654	Shenzhen City Qing Teng Techno.. Contact:xiaojun Tel:86-755-83993047/83243427 Fax:755-82865013 Email: qtkj2001@163.com
AD7804BR-REEL	ADI	new in ori	0925+	New & original, stoc	1000	SHENZHEN TS&COM ELECTRONIC CO,.. Contact:VinsonYan Tel:86-755-83789144 Fax:86-0755-83753545 Email: tscomsale1@126.com
AD7804BR-REEL	ADI	QUAD 10-BI	2009	original	1000	EAST WIN TECHNOLOGY(HK)ELECTRO.. Contact:Philip chen Tel:852-27592923/0755-83226762/88820516 Fax:852-27592926/0755-82518619 Email: philip.chen@eastwinelec.com
AD7804BR-REEL	ADI	Welcome Fo	08+	New original U.S. ma	2000	shanghai cydz Technology Co., .. Contact:zhou Tel:86-21-60953587 Fax: Email: cydz666@163.com
AD7804BR-REEL	ADI	SOP	08+	First-level agent, s	4600	Hongkong Feilong Industry Inte.. Contact:hao Tel:86-755-83044703 Fax: Email: zhanghao_188@hotmail.com
AD7804BR-REEL	AD	SOP16	00+	Original stock	3584	MingQin weiye development Co.,.. Contact:Edison Chan Tel:86-755-61667059 Fax:86-755-61303859 Email: mingqindianzi@live.cn
AD7804BR-REEL	AD	SOP16			3639	Cyberdata(HK) Components Limit.. Contact:Elaine Tel:852-0-21540003 Fax: Email: sales@cyberdatahk.com
AD7804BR-REEL	3584		AD		SOP16	Coten Electronic (HK) Limited Contact:CarolChan Tel:86-755-83740377 Fax:86-755-8252-1899 Email: cotenelec@gmail.com
AD7804BR-REEL	AD	new		wendy9258@hotmail.co	350	winning(HK)international group.. Contact:Ms.wendy Tel:86-754-84484948 Fax:86-754-84477867 Email: winningic@yahoo.com.cn
AD7804BR-REEL	ADI		07+		1000	MAGNIFICENTELECTRONICSCO.,LTD Contact:Mr.coreylin Tel:86-755-21912432 Fax:86-755-82885203 Email: magnif@zj.com
AD7804BR-REEL	ADI	06+	500			Yinke(HK)ELECTRONICCOMPANYLTD Contact:Ms.Tinazhang Tel:86-755-83019951 Fax:86-755-83015789 Email: ykic123@yahoo.cn

AD7804BR-REEL Datasheet

In a random read operation, the slave byte in the "dummy write" portion must match the slave byte in the "read" section. That is if the random read is from the array the slave byte must be '1010111x' in both instances. Similarly, for a random read of the Clock/ Control Registers, the slave byte must be '1101111x' in both places.
AD7804BR-REEL Price

Note: When powering this device from laboratory or system power supplies, it is important that the Absolute Maximum Ratings not be exceeded or device failure can result. Some power supplies exhibit voltage spikes on their outputs when the AC power is switched on or off. In addition, voltage transients on the AC power line may appear on the DC output. If this possibility exists, it is suggested that a clamp circuit be used.

Vcc D3 B3 A3 C3 D2 B2 A2 C2 BX1 Vcc D7 B7 A7 C7 D6 B6 A6 C6 BX2 Vcc D11 B11 A11 C11 D10 B10 A10 C10 BX3 Vcc D15 B15 A15 C15 D14 B14 A14 C14 BX4

Parameters	Test Conditions	Min	Typ.	Max	Units
Power Supply Requirements (Pin 8)
Supply Current	VS= +15V		2.5	6.0	mA
Supply Voltage		+7.0	+15	+18	V
Input Comparator (Pins 6 and 7)
VoS			+2.0	+10	mV
Input Bias Current			-50	-300	nA
Input Offset Current			+30	+100	nA
Input Voltage Range		0	VS-2	VS-3	V
One Shot (Pin 5)
Threshold Voltage		0.65	0.67	0.69	VS
Input Bias Current			-50	-500	nA
Saturation Voltage	l= 2.2 mA		0.1	0.5	V
Drift of Timing vs. Temperature2	T = 75 pcs over the specified temperature range		+30	+50	ppm/oC
Timing Drift vs. Supply Voltage			±100		ppmN
Switched Current Source (pin l)
Output Current	Rs=16.7K		+138		VA
Drift vs. Temperature2	over specified temperature range		+50	+100	ppm/oC
Drift vs. Supply Voltage			0.10		%N
Leakage Current	Off State		1.0	50	nA
Compliance	Pin l = OV to +10V	1.0	2.5		VA
Reference Voltage (Pin 2)
VREF		2.0	2.25	2.5	V
Drift vs. Temperature2	over specified temperature range		+50	+100	ppm/oC
Logic output (Pin 3)	ISINK=3 mA		0.1	0.5	V
Saturation Voltage	ISINK=10 mA		0.8		V
Leakage Current	Off State		0.1	1.0	VA
Nonlinearity Error (Voltage Sourced Circuit of Figure 3)	1.0 Hz t0 10 kHz		0.007	0.05	%
Temperature Drift Voltage2 (Voltage Sourced Circuit of Figure 3)	FOUT = 10 kHz, over specified temperature range		+75	+150	ppm/oC

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