ELANT EL4332CS Datasheet

EL4332C

Triple 2:1 300 MHz Mux-Amp AV =2

EL4332C

Features

•3 ns A-B switching

• 300 MHz bandwidth

• Fixed gain of 2, for cable driving

• > 650V/µs slew rate

• TTL/CMOS compatible switch

Applications

• RGB multiplexing

• Picture-in-picture

•Cable driving

• HDTV processing

• Switched gain amplifiers

• ADC input multiplexer

Ordering Information

Part No. Temp. Range Package Outline #

EL4332CS -40°C to 85°C SO16 MDP0027

Demo Board

A demo PCB is available for this prod­uct. Request “EL4332/1 Demo Board.”

General Description

The EL4332C is a triple very h igh spee d 2:1 Mu ltip le xe r-Ampli fie r. It
is intended primarily for component video multiplexing and is espe­cially suited for pixel switchin g. The amplifiers ha ve the ir gain set to 2
internally, which reduces the need for many external components. The
gain-of-2 facilitates driving back terminated cables. All three amplifi­ers are switched simultaneously from their A to B inputs by the
TTL/CMOS compatible, common A/B control pin.

A -3 dB bandwidth of 300 MHz together with 3 ns multiplexing time
enable the full performance of the fastest component video systems to
be realized.

The EL4332C runs fro m st an dard ±5V s uppl ie s, an d is a vai lable in the
narrow 16-pin small outline package.

Connection Diagrams

© 1995 Elantec, Inc.

November 12, 1999

EL4332C

Triple 2:1 300 MHz Mux-Amp AV =2

EL4332C

Absolute Maximum Ratings (T

VCC to V

EE

to any GND 12V

V

CC

to any GND 12V

V

EE

Continuous Output Current 45 mA
Any Input V

= 25 °C)

A

- 0.3V to VCC + 0.3V

EE

Input Current, Any Input 5 mA

14V

Power Dissipation See Curves
Operating Temperature -40°C to 85°C
Junction Temperature 170°C
Storage Temperature -60°C to +150°C

Important Note:
All parameters having Min/Max specifications are guaranteed. The Test Level column indicates the specific device testing actually performed during

production and Quality inspection. Elantec performs most electrical tests using modern high-speed automatic test equipment, specifically the LTX77
Series system. Unless otherwise noted, all tests are pulsed tests, therefor T

= TC = TA.

J

Test Level Test Procedure

I 100% production tested and QA sample tested per QA test plan QCX0002.

II 100% production tested at T

= 25°C and QA sample tested at TA = 25°C, T

A

MAX

and T

per QA test plan QCX0002.

MIN

III QA sample tested per QA test plan QCX0002.
IV Parameter is guaranteed (but not tested) by Design and Characterization Data.

V Parameter is typical value at T

= 25°C for information purposes only.

A

DC Electrical Characteristics

VCC = +5V, VEE = -5V, Temperature = 25°C, RL = ×

Parameter Description Min Typ Max

V

OS

dV

OS

R

IN

I

B

dI

B

A

V

dA

V

C

IN

Input Referred Offset Voltage 8 20 II mV
Input Referred Offset Voltage Delta

[1]

28II mV

Input Resistance 30 VkΩ
Input Bias Current -7 -30 II µA
Input Bias Current Delta

[1]

0.5 4.0 II µA

Gain 1.94 2.00 2.06 II V/V

[1]

Gain Delta

0.5 2.5 II %

Input Capacitance 3.3 VpF
PSRR Power Supply Rejection Ratio 50 70
V

O

Output Voltage Swing into 500Ω load ±2.7 ±3.6 II V

Output Voltage Swing into 150Ω load +3/-2.7
I

OUT

Xtalk
Xtalk
V

IH

V

IL

I

IL

I

IH

I

S

Current Output, Measured with 75W Load

Crosstalk from Non-selected Input (at DC) -70 -100 III dB

AB

Crosstalk from one Amplifier to another Amplifier -70 -100 VdB

CH-CH

Input Logic High Level 2.0 II V

Input Logic Low Level 0.8 II V

Logic Low Input Current (VIN = 0V) -0.3 -40 -80 II µA

Logic High Input Current (VIN = 0V) -3 0 3 II µA

Total Supply Current 38 48 60 II mA

[2]

30 40 II mA

1. Each channel’s A- input to its B-input.

2. There is no short circuit prot ection on any output.

Test Level Units

II dB

VV

2

EL4332C

Triple 2:1 300 MHz Mux-Amp AV =2

AC Electrical Characteristics

VCC = +5V, VEE = -5V, Temperature = 25°C, RL = 150Ω, CL = 3 pF.

Parameter Description Min Typ Max

BW -3 dB Bandwidth 300
BW 0.1dB ±0.1 dB Bandwidth 105
DG Differential Gain at 3.58 MHz 0.04
DP Differential Phase at 3.58 MHz 0.08
Pkg Peaking with Nominal Load 0.2
SR Slew Rate (4V Square Wave, Measured 25%–75%) 650
t

s

T

SW

OS Overshoot, V

ab 10M Input to Input Isolation at 10 MHz 60 VdB

I

SO

I

ch-ch 10M Channel to Channel Isolation at 10 MHz 61 VdB

SO

Settling Time to 0.1% of Final Value 13 Vns
Time to Switch Inputs 3 Vns

= 4 V

OUT

P-P

100M Input to Input Isolation at 100 MHz 40

100M Channel to Channel Isolation at 100 MHz 50

8 V%

Test Level Units

VMHz
VMHz
V%
V °
VdB
VV/µs

VdB

VdB

EL4332C

Pin Descriptions

Pin Name Function

A1, A2, A3 “A” inputs to amplifiers 1, 2 and 3 respectively
B1, B2, B3 “B” inputs to amplifiers 1, 2 and 3 respectively
GND1, GND2, GND3 These are the individual ground pins for each channel.
Out1, Out2, Out3 Amplifier outputs. Note: there is no short circuit protection on any output.
V

CC

V

EE

A/B Common input select pin, a logic high selects the “A” inputs, logic low selects the “B” inputs. CMOS/TTL compatible.

Positive power supply. Typically +5V.
Negative power supply. Typically -5V.

3

EL4332C

Triple 2:1 300 MHz Mux-Amp AV =2

EL4332C

Burn In Schematic

4

Typical Performance Curves

Small Signal Transient Response Large Signal Transient Response

EL4332C

EL4332C

Triple 2:1 300 MHz Mux-Amp AV =2

Switching to Ground from a Large
Signal Uncorrelated Sine Wave

Switching to Ground from a Small
Signal Uncorrelated Sine Wave

Switching from Ground to a Large
Signal Uncorrelated Sine Wave

Switching from Ground to a Small
Signal Uncorrelated Sine Wave

5

EL4332C

Triple 2:1 300 MHz Mux-Amp AV =2

EL4332C

Switching Glitch
(Inputs at Ground)

Switching from Ground to a
Family of DC Levels

Switching from a Family of DC
Levels to Ground

Channel A/B Switching Delay

Gain vs Frequency Gain vs Frequency

6