UNISONIC TECHNOLOGIES CO., LTD
V2267 LINEAR INTEGRATED CIRCUIT
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Copyright © 2009 Unisonic Technologies Co., Ltd QW-R124-006.B
DUAL VIDEO 6dB AMPLIFIER
WITH 75Ω DRIVER
DESCRIPTION
The UTC V2267 is a dual video 6dB amplifier with 75drivers
for SVHS VCRs, HI-BAND VCRs, etc. Its operating supply voltage is
4.85 to 9V and bandwidth is 7MHz. Each channel has clamp function
that fixes DC level of video signal and 75 drivers to be connected
to TV monitors directly. Further more it has SAG corrective circuits
that prevent the generation of SAG with a small capacitance.
It is for VCR, Video Camera, TV, Video Disc Player.
FEATURES
* Dual Channel
* Wide Operating Voltage (4.85V ~ 9.0V)
* Low Operating Current 14.0mA (Dual)
* Wide Frequency Range (7MHz)
* Internal Clamp Function
* Internal Driver Circuit For 75 Load
* SAG Corrective Function
* Bipolar Technology
DIP-8
SOP-8
TSSOP-8
MSOP-8
Lead-free: V2267L
Halogen-free: V2267G
ORDERING INFORMATION
Ordering Number
Normal Lead Free Plating Halogen Free Package Packing
V2267-D08-T V2267L-D08-T V2267G-D08-T DIP-8 Tube
V2267-S08-R V2267L-S08-R V2267G-S08-R SOP-8 Tape Reel
V2267-SM1-R V2267L-SM1-R V2267G-SM1-R MSOP-8 Tape Reel
V2267-P08-R V2267L-P08-R V2267G-P08-R TSSOP-8 Tape Reel
V2267L-D08-R
(1)Packing Type
(2)Package Type
(3)Lead Plating
(1) R: Tape Reel, T: Tube
(2) D08: DIP-8, SM1: MSOP-8, S08: SOP-8,
P08: TSSOP-8
(3) G: Halogen Free, L: Lead Free, Blank: Pb/Sn
V2267 LINEAR INTEGRATED CIRCUIT
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PIN CONFIGURATIONS
4
3
2
1
5
6
7
8VIN2
VCC
VSAG2
VOUT2VOUT1
GND
VIN1
VSAG1
PIN DESCRIPTION
PIN NO. PIN NAME I/O PIN DESCRIPTION
1 VIN1 I Input terminal of 1Vp-p composite signal or Y signal. Clamp level is 1.9V
2 GND Ground
3 VSAG1 O Channel 1 SAG correction output
4 VOUT1 O Output terminal that can drive 75 line. Channel 1 output
5 VOUT2 O Output terminal that can drive 75 line. Channel 2 output
6 VSAG2 O Channel 2 SAG correction output
7 VCC Supply voltage
8 VIN2 I Input terminal of 1Vp-p composite signal or Y signal. Clamp level is 1.9V
V2267 LINEAR INTEGRATED CIRCUIT
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BLOCK DIAGRAM
8
75
Driver
6dB
Amp
1
7
5
6
4
3
75
Driver
6dB
Amp
2.0k2.2k
2.0kΩ2.2k
CLAMP CLAMP
750
VOUT2
VOUT1
750
SAG correction
VSAG2
SAG correction
VSAG1
2
GND
VIN1
VIN2
VCC
VOUT2
VSAG2
VOUT1
VSAG1
V2267 LINEAR INTEGRATED CIRCUIT
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ABSOLUTE MAXIMUM RATINGS
PARAMETER SYMBOL RATINGS UNIT
Supply Voltage VCC 10 V
DIP-8 500 mW
SOP-8 350 mW
MSOP-8 300 mW
Power Dissipation
TSSOP-8
PD
250 mW
Operating Temperature TOPR -40 ~ +85 °
Storage Temperature TSTG -40 ~ +125 °
Note: Absolute maximum ratings are those values beyond which the device could be permanently damaged.
Absolute maximum ratings are stress ratings only and functional device operation is not implied.
ELECTRICAL CHARACTERISTICS (VCC=5V, Ta=25°C)
PARAMETER SYMBOL TEST CONDITIONS MIN TYP MAX UNIT
Input Clamp Voltage VCL Measuring at TP1(TP2) No signal 1.79 1.91 2.03 V
Operating Current ICC No signal 14.0 18.2 mA
Voltage Gain GV VOUT1/VIN1, VOUT2/VIN2
at VIN1(VIN2) =1MHz, 1Vp-p, Sinewave 5.7 6.2 6.7 dB
Frequency Characteristic GF V
IN=1Vp-p, Sinewave, 7MHz/1MHz ±1.0 dB
Crosstalk CT
VOUT2/VOUT1 at VIN1 = 4.43MHz, 1Vp-p, VIN2=gnd,
Sinewave
VOUT1/VOUT2 at VIN2 =4.43MHz, 1Vp-p,VIN1=gnd,
Sinewave
-70 dB
Gain Offset GCH VIN=1MHz, 1Vp-p,
GV1 = VOUT1/VIN1,GV2 = VOUT2/VIN2, GCH = GV1-GV2
±0.5 dB
SAG Terminal Gain GSAG 35 45 dB
Differential Gain GDIFF VIN1=1Vp-p, Staircase
Measuring VOUT3 at VIN1 = Staircase Signal 1.0 3.0 %
Differential Phase DP VIN1=1Vp-p, Staircase
Measuring VOUT3 at VIN1 = Staircase Signal 1.0 3.0 deg
V2267 LINEAR INTEGRATED CIRCUIT
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TEST CIRCUIT
2
1
3
4
7
8
6
5
VIN1V
IN2
GND V+
VSAG1V
SAG2
VOUT1V
OUT2
4.7µF
+H
+
1000pF 100µF
VCC
VIN2
+
Tp2
75
Tp6
VOUT2
(6dB)
VOUT4
100µF
+75
RL
22µF
75
Tp4
GND
Tp1
+
4.7µF
75
VIN1
VOUT1
(6dB)
VOUT3
Tp3
75
RL
Tp5
22µF +
100µF
+
75
TEST METHODES
PARAMETER SYMBOL TEST METHODES
Input Clamp Voltage VCL No signal Measuring at TP1(TP2)
Operating Current ICC No signal 7PIN Sink Current
Voltage Gain GV VOUT1/VIN1, VOUT2/VIN2
at VIN1(VIN2) =1MHz, 1Vp-p, Sinewave
Frequency Characteristic GF
GV1M;Voltage Gain at VIN1(VIN2)=1MHz, 1Vp-p
GV10M; Voltage Gain at VIN1(VIN2)=10MHz, 1Vp-p
GF= GV10M -GV1M
Crosstalk CT
VOUT2/VIN1 at VIN1 = 4.43MHz, 1Vp-p, Sinewave,VIN2=gnd
VOUT1/VIN2 at VIN2=4.43MHz, 1Vp-p, Sinewave, VIN1=gnd
Gain Offset GCH
VIN=1MHz, 1Vp-p,
GV1 = VOUT1/VIN1,GV2 = VOUT2/VIN2
GCH = GV1-GV2
Differential Gain GDIFF VIN1=1Vp-p, Staircase
Measuring VOUT3 at VIN1 = Staircase Signal
Differential Phase DP VIN1=1Vp-p, Staircase
Measuring VOUT3 at VIN1 = Staircase Signal
V2267 LINEAR INTEGRATED CIRCUIT
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APPLICATION
Oscillation Prevention
It is much effective to insert LPF (Cutoff Frequency 70MHz) under light loading conditions (RL>>1k)
This IC requires 1M resistance between INPUT and GND pin for clamp type input since the minute current
causes an unstable pin voltage.
V2267 LINEAR INTEGRATED CIRCUIT
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TYPICAL CHARACTERISTICS
Operating Voltage, VCC (V)
Operating Current vs. Operating Voltage
(Ta = 25°С)
4610
15
7
0
95
10
20
25
8
Operating Voltage, VCC (V)
Input DC Level vs. Operating Voltage
(Ta = 25°С)
4610
3
7
0
95
2
4
5
8
1
5
Output DC Level, VOUT (V)
SAG Terminal Voltage, VSAG (V)
Operating Voltage, VCC (V)
SAG Terminal Gain, GSAG (dB)
SAG Terminal Gain vs. Operating
Voltage (Ta = 25°С)
4610
40
7
20
95
50
60
8
Operating Voltage, VCC (V)
Voltage Gain, GV(dB)
Voltage Gain vs. Operating Voltage
(Ta = 25°С, 1Vp-p, 1MHz sinewave signal input)
4610
6
795
6.5
7
8
5.5
30
5
V2267 LINEAR INTEGRATED CIRCUIT
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TYPICAL CHARACTERISTICS(Cont.)
Operating Voltage, VCC (V)
Differential Gain, GDIFF (%)
Differential Gain vs. Operating Voltage
(Ta = 25°С, 1Vp-p staircase signal input)
4610
-2
7
-6
95
0
2
8
Operating Voltage, VCC (V)
Differential Phase, DP (deg)
Differential Phase vs. Operating Voltage
(Ta = 25°С, 1Vp-p staircase signal input)
4610
-2
795
0
2
8
-4
-4
-6
Voltage Gain, GV(dB)
Voltage Gain, GV(dB)
Voltage Gain, GV(dB)
Gain Frequency Characteristics, Gf (dB)
V2267 LINEAR INTEGRATED CIRCUIT
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TYPICAL CHARACTERISTICS(Cont.)
Load, RL ()
Differential Gain, GDIFF (%)
Differential Gain vs. RL
(Ta = 25°С, VCC = 5V, 1Vp-p staircase signal input)
40 60 100
-6
0
2
80
-4
-2
907050
UTC assumes no responsibility for equipment failures that result from using products at values that
exceed, even momentarily, rated values (such as maximum ratings, operating condition ranges, or
other parameters) listed in products specifications of any and all UTC products described or contained
herein. UTC products are not designed for use in life support appliances, devices or systems where
malfunction of these products can be reasonably expected to result in personal injury. Reproduction in
whole or in part is prohibited without the prior written consent of the copyright owner. The information
presented in this document does not form part of any quotation or contract, is believed to be accurate
and reliable and may be changed without notice.