ECLSOIC8EVB ON Semiconductor, ECLSOIC8EVB Datasheet - Page 18

• Manufacturer Part Number: ECLSOIC8EVB
• Description: BOARD EVALUATION HI FREQ 8-SOIC
• Manufacturer: ON Semiconductor

Specifications of ECLSOIC8EVB

• Main Purpose: Bare Evaluation Board
• Lead Free Status / RoHS Status: Contains lead / RoHS non-compliant
• Other names: ECLSOIC8EVB; ECLSOIC8EVBOS

Appendix A (Modified Configurations)
MC10EL16D/MC100EL16D
MC100LVEL16D
MC10EP16D/MC100EP16D
MC10EP16DF/MC100EP16DF
MC100EP16VAD
MC100LVEP16D
single−endedly by using the provided V
In order to drive it single−endedly, Configuration 2 needs to
be modified.
MC10EP16D/MC100EP16DT
internally. To evaluate the internal 50 W resistor of the
device, Configuration 2 needs to be modified.
MC100EP16VBD
output and being driven single−endedly using the V
utilize the feedback option and drive it single−endedly,
Configuration 2 needs to be modified.
Feedback option
Drive single−endedly
MC100EP16VCD
output with an enable pin. To utilize the feedback option and
enable option, Configuration 5 needs to be modified.
The devices listed above have the option of being driven
This device has an option of being 50 W terminated
This device has an option of single−ended feedback
This device has an option of single−ended feedback
1. Remove the 50 W chip resistor from R3.
2. Short pin 3 and pin 4 together.
1. Remove the 50 W chip resistors from R2 and R3.
2. Short R1 and R4 to V
1. Connect a SMA connector on J1
2. Remove the 50 W chip resistor from R3.
3. Short pin 3 and pin 4 together.
1. Connect a SMA connector on J1.
2. Remove the 50 W chip resistor from R3.
Option A) Short R3 and R4 trace pads.
Option B) Place a SMA connector on J4 and use
Option A) Short R1 and R4 to V
Option B) Place SMA connectors on J1 and J4.
Option A) Short R3 and R4.
Option B) Place a SMA connector on J4 and use
Or
a cable with SMA connectors to short
J3 and J4 connectors.
Or
Place shorting barrels on J1 and J4
SMA connector.
Or
a cable with SMA connectors to short
J3 and J4 connectors.
TT
(GND).
BB
TT
pin of the device.
(GND).
http://onsemi.com
ECLSOIC8EVB
BB
. To
18
MC100EP16VSD
amplitude and being driven single−endedly. In order to
utilize these options, Configuration 2 needs to be modified.
Output Swing Control
Drive Single−Endedly
MC100EP16VTD
amplitude and internal termination. In order to utilize these
options, Configuration 2 needs to be modified.
Output Swing Control
Internal Termination
MC10ELT21D/MC100EL21D
MC100EL23D
MC10ELT26D/MC100ELT26D
MC100EPT21D
MC100EPT23D
MC100EPT26D
MC100LVELT23
The TTL output data presented in the data sheet are obtained
under 500 W load resistor in parallel with 20 pF fixture
capacitance. In order to obtain comparable data as in the data
sheet, the evaluation board needs to be modified.
*Any size chip resistor can be used. The recommended size of the
chip resistor is 0402, to reduce the effect of parasitic with a 17 mil
trace width. 450 W in series with 50 W instrument resistance add up
to 500 W loaded condition.
This device has an option of varying the output swing
This device has an option of varying the output swing
1. Connect a SMA connector on J1
2. Add a decoupling capacitor between J1 and V
1. Remove the 50 W chip resistor from R3.
2. Short pin 3 and pin 4 together.
1. Connect a SMA connector on J1
2. Add a decoupling capacitor between J1 and V
1. Remove the 50 W chip resistors from R2 and R3.
2. Short R1 and R4 to V
1. Cut the output trace so that the 0402* size chip
2. Solder a 450 W chip resistor across the cut out
(0.01 mF)
(0.0 1 mF)
resistor can be placed over the cut out trace.
trace.
Option A) Short R3 and R4.
Option B) Place a SMA connector on J4 and use
Option A) Short R1 and R4 to V
Option B) Place SMA connectors on J1 and J4.
Or
a cable with SMA connectors to short
J3 and J4 connectors.
Or
Place shorting barrels on J1 and J4
SMA connector.
TT
(GND)
TT
(GND).
CC
CC