Silvertel EVALAG5300 User manual

EVALAG5300 Rev 3
Evaluation Board User
Manual
Rev 1.1 – June 2016
Silvertel

EVALAg5300 Rev 3 - Evaluation Board User Manual
1
1 Table of Contents
1 Table of Contents 1
2 Table of Figures 1
3 Introduction 2
4 Board Description 2
4.1 Input Selection and Classification........................................................................2
4.2 Output adjustment............................................................................................... 3
5 Typical Set-up 4
6 Using the Board 5
6.1 Typical Application ..............................................................................................5
6.2 EVALAG5300 REV 3R - Evaluation Board Schematic........................................6
6.3 Link settings ........................................................................................................ 6
2 Table of Figures
Figure 1: Board Layout....................................................................................................3
Figure 2: Basic set-up .....................................................................................................4
Figure 3: Example set-up................................................................................................5
Figure 4: Board Schematic..............................................................................................6

EVALAg5300 Rev 3 - Evaluation Board User Manual
2
3 Introduction
This manual is intended to be a guide to using the “EVALAG5300 Rev3.0” evaluation
board with a Silvertel Ag5300 Powered Device (PD) module.
4 Board Description
The input data and power is supplied to the board through connector J101. The data is
passed through to the peripheral equipment via J100, with the power from the PD
module supplied via J3 to J5 (see Figure 1 & 4).
The EVALAG5300 on-board bridge rectifiers will ensure that the correct input polarity is
applied to the PD.
4.1 Input Selection and Classification
The EVALAG5300 board will automatically direct the power from J101 to the Ag5300’s
input. LED2 will be illuminated when PoE power is being applied to the board. LK1 can
be removed if you do not want LED2 to illuminate.
If the need for a V-Capacitor filtering arrangement is needed for further noise
reductions, C2 and C3 can be fitted with LK4 present. C2 and C3 values can be 1nF to
22nF and will need to be capable of handling the 1500Vdc impulse test because these
capacitors cross the isolation barrier.
The Ag5300 Classification is fixed at Class 4 and does not need any external
programming components.
When the EVALAG5300 board is connected to an IEEE802.3at (PoE+) compliant PSE
such as a Phihong POE36U-1AT-R; the PSE will detect Class 4 and output 2-Event
classification pulses. In turn the Ag5300 detects these pulses and activates the AT-DET
detect output. This output is connected to an opto-isolator to cross the isolation barrier
and LED 3 will be illuminated.
Note: The EVALAG5300 does not have an on-board PHY or µ-controller; so does not perform the Data
Link Layer (DLL) classification communications back to the PSE (to confirm its power requirement). Many
IEEE802.3at PSEs (such as the Phihong POE36U-1AT-R) do not need this and will automatically supply
full Type 2 power at start-up. But there are several Switches (e.g. Cisco) that will only output Type 1
power level (<15.4W), until they receive DLL confirmation that the PD is Type 2 and supports the higher
power level.

EVALAg5300 Rev 3 - Evaluation Board User Manual
3
Figure 1: Board Layout
4.2 Output adjustment
The Ag5300 output has an ADJ pin, which allows the output voltage to be increased or
decreased from its nominal value.
The EVALAG5300 board has an adjust link LK2 and two resistors R2 (68K) and R4 (0R)
which allows the Ag5300 output to be adjusted to its maximum and minimum values.
To increase the output voltage (to its maximum) connect a link to LK2 in the top position
so the link is between the middle and top pin. To reduce the output voltage (to its
minimum) connect a link between the bottom pin and middle pin of LK2. If the output
voltage needs to be set to a different value (within the adjustment range) then connect
different resistors instead of the (0R) or (68K) link.

EVALAg5300 Rev 3 - Evaluation Board User Manual
4
5 Typical Set-up
Figure 2 shows the basic set up using the EVALAG5300 evaluation board with a
Midspan or Endspan.
The equipment required: -
Midspan or Endspan PSE (Power Sourcing Equipment)
Peripheral (or Test) Equipment
CAT5e cables
Output power cable
Mains cable
Figure 2: Basic set-up

EVALAg5300 Rev 3 - Evaluation Board User Manual
5
6 Using the Board
6.1 Typical Application
Figure 3 shows an example set-up using an Ag5300 powered by a Phihong POE36U-
1AT-R Midspan and supplying +12V to a Vivotek PZ6122 (or PZ6112) ethernet camera.
The PC ethernet port is connected to the data input of the Phihong POE36U-1AT-R
(PSE) via a short Cat5e patch cable. The Data & Power output from the Phihong
POE36U-1AT-R is connected to the input of the EVALAG5300 evaluation board (J101)
via a CAT5e crossover cable (up to 100m). The data output of the EVALAG5300
evaluation board is connected to the data port of the ethernet camera via a short CAT5e
patch cable. The +12V (parallel configuration) power output from the EVALAG5300
evaluation board (J4) connects to the dc input of the Vivotek PZ6122 ethernet camera.
Figure 3: Example set-up

EVALAg5300 Rev 3 - Evaluation Board User Manual
6
6.2 EVALAG5300 REV 3R - Evaluation Board Schematic
Figure 4: Board Schematic
6.3 Link settings
LK1 – Connects input power LED circuit
LK2 – Output adjust select
LK3 – IEEE802.3at PSE detection LED
LK4 – Option for V-Cap link to be fitted
Title
Size Document Number Rev
Date:
Sheet
of
EVALAg5300 3
EVALAg5300
A3
1 1Thursday, August 27, 2015
R104
75R
R105
75R
R106
75R
R107
75R
C104
10nF 250V C105 10nF 250V
C106
10nF 250V
C107
10nF 250V
C109
1000pF 2KV
R100
75R R101 75R
R102
75R R103 75R
C100
10nF 250V
C101
10nF 250V C102 10nF 250V
C103
10nF 250V
C108
1000pF 2KV
1
2
3
4
5
6
7
8
9
10
J101
3004S-8812-SMT
C3
4.7nF 1.5KV
TDA
1DA+
2
DA-
3
TDB
4DB+
5
DB-
6
TDC
7DC+
8
DC-
9
TDD
10 DD+
11
DD-
12 XD
-
13
XD+
14
TXD
15
XC
-
16
XC+
17
TXC
18
XB
-
19
XB+
20
TXB
21
XA
-
22
XA+
23
TXA
24
T100
749052050
1
2
3
4
5
6
7
8
9
10
J100
3004S-8812-SMT
C2
4.7nF 1.5KV
1
2
LK4
1
2
3
J4
CON3
R2
68K
R4
0R
1
2
LK1
R7
2K
LED3
LED
1
2
4
3
ISO1
KCP357NT
1
2
LK3
JUMPER1
L4
MPZ2012S102A
L5
MPZ2012S102A
L6
MPZ2012S102A
R3
0R
D1
SMAJ58
4
1
3
2
- +
BR1
BRIDGE
4
1
3
2
- +
BR2
BRIDGE
L1
MPZ2012S102A
L2
MPZ2012S102A
L3
MPZ2012S102A
R1
0R
Power Output
LED2
LED
R5
2K
R6
15R
D2
BZX384C30V
+
C1
470uF
LED1
LED
R
1
+VCC
4-
VCC
2-
VCC
3-
VCC
6-V
CC
7
U2
LM334M/SO
1
2
3
LK2
CON3
1
J3
RED
1
J5
BLACK
1VIN+
VIN
-
2
AT-Det
3
NC
4
NC
5
NC
6-
VDC
7
+VDC
8
ADJ
9
-
VDC
10
U1

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