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PDF EDGE211 Data sheet ( Hoja de datos )

Número de pieza EDGE211
Descripción Dual Pin Electronics Driver
Fabricantes Semtech Corporation 
Logotipo Semtech Corporation Logotipo



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No Preview Available ! EDGE211 Hoja de datos, Descripción, Manual

TEST AND MEASUREMENT PRODUCTS
Description
Features
Edge211
Dual Pin
Electronics Driver
The Edge211 is a dual trinary driver manufactured in a
wide voltage CMOS process. It is designed for automatic
test equipment and instrumentation where cost, functional
density, and power are all at a premium.
Each tristatable driver is capable of generating 3 levels -
one for a logic high, one for a logic low, and one for either
a termination voltage or a special programming voltage.
• 100 MHz Operation
• 12V I/O Range
• Programmable Output Levels
• Flex In digital Inputs (Technology Independent)
• Three Level Driver
• Extremely Low Leakage Currents (~0 nA)
• Small Footprint (32 Pin, 7 mm X 7 mm,
TQFP Package)
The Edge211 is intended to offer an extremely low leakage,
low cost, low power, small footprint, driver solution for
100 MHz and below pin electronics applications.
Applications
Functional Block Diagram
VH0 VTT0 VL0
• Low Cost Automated Test Equipment
DATA0
DATA0*
www.DataDSVhReEeNt40U.com
DVR EN0*
VTT EN0
VTT EN0*
VTT EN1
VTT EN1*
DVR EN1
DVR EN1*
DATA1
DATA1*
DOUT0
DOUT1
VH1 VTT1 VL1
Revision 6 / February 28, 2005
1
www .semtech.com

1 page




EDGE211 pdf
TEST AND MEASUREMENT PRODUCTS
Circuit Description (continued)
Driver Output Protection
The Edge211 is designed to operate in a functional testing
environment where a controlled impedance (typically 50
Ohms) is maintained between the pin electronics and the
DUT. In general, there will be an external resistor at the
driver output which series terminates the transmission line
to the DUT. In this environment, the driver can withstand
a short to any legal DUT voltage for an indefinite amount
of time.
In a low impedance application with no additional output
series resistance, care must be exercised and systems
should be designed to check for this condition and tristate
the driver if a short is detected.
The driver does NOT have on-chip short circuit protection
or limitation circuitry.
www.DataSheet4U.com
Edge211
2005 Semtech Corp., Rev. 6, 2/28/05
5
www .semtech.com

5 Page





EDGE211 arduino
TEST AND MEASUREMENT PRODUCTS
AC Characteristics
Edge211
Parameter
Propagation Delay
DATA IN to DOUT
DVR EN* to DOUT (Active to HiZ) (Note 2)
DVR EN* to DOUT (HiZ to Active) (Note 4)
Minimum Pulse Width (3V Swing)
Toggle Rate
DOUT Output Rise/Fall Times (Note 1)
1V Swing (20% - 80%)
3V Swing (10% - 90%)
5V Swing (10% - 90%)
Driver Temperature Coefficient
Driver Edge to Edge Matching
Tpd vs. Pulse Width (Note 3)
I/O Voltage Spike
Overshoot / Undershoot
Symbol
Min
Typ Max Units
7 11 14 ns
7 11 14 ns
7 11 15 ns
4 5 ns
Fmax
100
MHz
Tpd/T
-500
- (3% + 50)
1.0
1.3
1.4
<25
<500
<100
1.6 ns
3.0 ns
4.0 ns
ps / oC
ps
ps
500 mV
+ (3% + 50) %Swing + mV
Note 1: Into 18 cm of 50 transmission line terminated with 1Kand 5 pF with the proper series
termination resistor.
www.DNaotatSehe2e:t4U.cMomeasured at a voltage change of 500 mV with a 30 mA load. (VH = +5V, VL = 0V)
Note 3: Tested with an input pulse of 20 ns, 30 ns, and 80 ns. T = 100 ns.
Note 4: 4 mA load current.
2005 Semtech Corp., Rev. 6, 2/28/05
11
www .semtech.com

11 Page







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