description	SENSOR IC CAC ANALOG OUT 8-SOIC
Technical/Catalog Information	QT301-IS
Vendor	Atmel
Category	Sensors, Transducers
RoHS Status	RoHS Non-Compliant
Other Names	QT301 IS QT301IS 427 1073 2 ND 42710732ND 427-1073-2

QT301-IS，there are the best QT301-IS suppiers all over the world here.These are the list and detailed contact method of QT301-IS suppliers all over the world as follows.You can buy or get informations of QT301-IS through email , message or tel.

suppliers of QT301-IS and PDF data of QT301-IS

Part Numbert

Mfg

Packt

D/C

Descriptiont

Qty

Company/Contact

QT301-IS Datasheet

I Any and all SANYO products described or contained applications that require extremely high levels of re control systems, or other applications whose failure physical and/or material damage. Consult with your any SANYO products described or contained herein
QT301-IS Price

		Limits
Symbol	Parameter	-5		-6		Unit
Symbol	Parameter	Min	Max	Min	Max	Unit
twc	Write cycle time	84		104		ns
tRAS	/RAS low pulse width	50	10000	60	10000	ns
tCAS	/CAS low pulse width	8	10000	10	10000	ns
tCSH	/CAS hold time after /RAS low	35		40		ns
tRSH	/RAS hold time after /CAS low	13		15		ns
twcs	Write setup time before /CAS low (Note 24)	0		0		ns
tWCH	Write hold time after /CAS low	8		10		ns
tCWL	/CAS hold time afterIW low	8		10		ns
tRWL	/RAS hold time afterIW low	8		10		ns
tWP	Write pulse width	8		10		ns
tDS	Data setup time before /CAS low orIW low	0		0		ns
tDH	Data hold time after /CAS low orIW low	8		10		ns

QT301-IS on stock

lDate	Revision	Description of Changes
15-Feb-2005	1	First issue.

Pin	Name	Type	Description
1,23,30,31	GND	Ground	Digital Ground
2	TCK	I	Test Clock (TTL Input): Provides the clock to the JTAG test logic. This pin is intemally pulled up to VCC.
3, 5, 29, 32- 34, 37, 38	NC		No connection
4	TRST	I	Test Reset (TTL Input): Asynchronously initializes the JTAG TAP controller by putting it in the Test-Logic-Reset state. This pin is internally pulled down to GND.
6	REF	I	Reference (TTL): The reference signal, internally pulled down to GND.
7. 28	V(.C	Power	Power supply SV for PT7A4408J. 3.3V for PT7A4408LJ
8	OSCo	0	Oscillator master clock output (CMOS): Output of 20MHz master clock
9	OSCi	I	Oscillator master clock input (CMOS): Input of 20MHz master clock (can be connected directly to a clock source)
10	AGND	Ground	Analog Ground
11	F16	0	Frame pulse ST-BUS 16.384Mb/s (CMOS): 8kHz frame signal with 61ns low level pulse that marks the beginning of a ST-BUS frame, typically used for ST-BUS opetation at 8.192Mb/s. See figure 10.
12	RSP	0	Receive Sync Pulse (CMOS Output). This is an 8kHz 488ns active high framing pulse, which marks the end of an ST-BUS frame. See Figure 11.
13	FO	0	Frame pulse ST-BUS 2.048 Mb/s (CMOS): 8kHz frame signal with 244ns low level pulse that marks the beginning ofa ST-BUS frame e, typically used for ST-BUS opetation at 2.048Mb/s. See figure 10.
14	TSP	0	Transmit Sync Pulse (CMOS Output). This is an 8kHz 488ns active high framing pulse, which marks the beginning of an ST-BUS frame. See Figure 11.
15	F8	0	Frame pulse ST-BUS 8.192 Mb/s (CMOS): 8kHz frame signal with 122ns high level pulse that marks the beginning of a ST-BUS frame
16	C1.5	0	1.544 MHz clock (CMOS): This output is used in Tl applications.
17	AVDD	Power	Analog Power Supply: SV for PT7A4408J and 3.3V for PT7A4408LJ
18	C3	0	3.088 MHz clock (CMOS): This output is used in Tl applications.
19	C2	0	2.048 MHz clock (CMOS): This output is used for ST-BUS operation at 2.048Mb/s.
20	C4	0	4.096 MHz clock (CMOS): This output is used for ST-BUS operation at 2.048Mb/s and 4.096Mb/s.
21	C19	0	Clock 19.44MHz (CMOS Output). This output is used in OC3/STS-3 applications.
22	ACKi	I	Analog PLL Clock Input (CMOS Input). This input clock is a reference for an internal analog PLL. This pin is internally pulled down to GND.
24	ACKo	0	Analog PLL Clock Output (CMOS Output). This output clock is generated by the internal analog PLL.

Suppliers Datasheet
		Exact Matc