Teledyne T3PS23203P DC Power Supply Manuals

Manuals and User Guides for Teledyne T3PS23203P DC Power Supply. We have 2 Teledyne T3PS23203P DC Power Supply manuals available for free PDF download: User Manual, Quick Start Manual

Teledyne T3PS23203P User Manual (197 pages)

Brand: Teledyne | Category: Power Supply | Size: 2 MB

Table of Contents
3
Safety Instructions
5
Safety Symbols
5
Safety Guidelines
6
Power Cord for the United Kingdom
8
Overview
9
Introduction
10
Key Features
13
Front Panel
15
Rear Panel
22
Constant Voltage/Constant Current Crossover Characteristics
24
Getting Started
25
Start up
26
Load Connection
27
Turning the Output On/Off
28
Basic Operation
29
Display Change
30
Display Area
30
Diverse Display Screens
30
Source Function
33
Independent Output Mode
37
Tracking Series and Tracking Parallel Modes
39
Load Function
42
Sequence Function
46
Set Sequence Output
46
Set Group Parameter
48
Construct Templet
50
Menu Tree
52
Save and Recall
54
Delay Function
57
Set Delay Output
57
Set Group Parameter
59
Menu Tree
61
Save and Recall
64
Monitor Function
66
Set Monitor
66
Recorder Function
69
Set Recorder
69
Enternal I/O Control
72
Key Function Description
73
File Operation
77
Save/Recall
77
Restore Factory Default Settings
80
System Settings
81
System Information
82
System Settings
83
Firmware Upgrading
85
Description of Using Flash Drive
86
Remote Control
87
Connection Usage
88
Usb
89
Lan
91
Command Syntax
96
SCPI Commands Overview SCPI
96
Command List
100
Command Details
107
Measurement Commands
107
Measure[1|2|3|4] :<Function
107
Vout<X
107
Iout<X
108
Display Commands
109
Display:enable <B
109
Display:enable
109
Display:brightness <Nrf
109
Display: Brightness
110
Display:type {1|2|3|4|5|6|7
110
Display:type
110
Output Commands
111
Output[1|2|3|4][:State] <B
111
Output[1|2|3|4][:State]
111
Allouton
112
Alloutoff
112
Out<Boolean
112
Output[1|2|3|4]:Ovp:state <B
112
Output[1|2|3|4]:Ovp:state
113
Output[1|2|3|4]:Ovp <Value
113
Output[1|2|3|4]:Ovp
113
Output[1|2|3|4]:Ocp:state <B
113
Output[1|2|3|4]:Ocp:state
114
Output[1|2|3|4]:Ocp <Value
114
Output[1|2|3|4]:Ocp
114
Source and Load :Source[1|2|3|4]:Current <Nrf
118
Iset<X>:<Nr2
118
Source[1|2|3|4]:Current
119
Iset<X
119
Source[1|2|3|4]:Current[:Limit]:State
119
Source[1|2|3|4]:Voltage <Nrf
120
Vset<X>:<Nr2
120
Source[1|2|3|4]: Voltage
120
Vset<X
120
Source[1|2]:Resistor < Nrf
121
Source[1|2]:Resistor
121
Output:series {ON|OFF
121
Output:parallel {ON|OFF
121
Track<Nr1
122
Load[1|2]:CV{On|Off
122
Load[1|2]:CC{On|Off
122
Load[1|2]:Cr{On|Off
122
Mode[1|2]
123
Load[1|2]:Resistor <Nrf
123
Load[1|2]:Resistor
123
Delay[1|2]:Cycles {N|I}[,<Value>]
123
Delay[1|2]:Cycles
124
Delay[1|2]:Endstate {ON|OFF|LAST
124
Delay[1|2]:Endstate
124
Delay[1|2]:Groups <Nrf
124
Delay[1|2]:Groups
125
Delay[1|2]:Parameter <No>,{On|Off},<Time
125
Delay[1|2]:Parameter? <No>[,<Count>]
125
Delay [1|2]:Start <Value
126
Delay [1|2]:Start
126
DELA Y[1|2] [:State]{On|Off
126
DELA Y[1|2] [:State]
127
Delay[1|2]:State:generate {01P|10P
127
Delay[1|2]:State: Generate
127
Delay[1|2]:Stop{None|<V|>V|=V|<C|>C|=C|<P |>P|=P}[,<Value>]
127
DELA Y[1|2]:Stop
128
DELA Y[1|2]:Time:generate {Fix|Inc|Dec}[,<Value0>[,<Value1>]]
129
Delay[1|2]:Time:generate
130
Monitor[1|2|3|4]:Current:condition{<C|>C| =C|NONE},{AND|OR|NONE
130
Monitor[1|2|3|4]:Current:condition
131
Monitor[1|2|3|4]:Current[:Value]{<Value>|Minimum|Maximum
131
Monitor[1|2|3|4]:Current[:Value]
131
Monitor[1|2|3|4]:Power:condition {<P|>P||=P|NONE
132
Monitor[1|2|3|4]:Power:condition
132
Monitor[1|2|3|4]:Power[:Value]{<Value> |Minimum|Maximum
132
Monitor[1|2|3|4]:Power[:Value]
133
Monitor[1|2|3|4] [:State] {ON|OFF
133
Monitor[1|2|3|4] [:State]
133
Monitor[1|2|3|4]:Stopway{Outoff|Alarm |BEEPER},{ON|OFF
133
Monitor[1|2|3|4]:Stopway
134
Monitor[1|2|3|4]:Voltage:condition{<V|>V |=V|NONE},{AND|OR|NONE
134
Monitor[1|2|3|4]:Voltage:condition
134
Monitor[1|2|3|4]:Voltage[:Value]{<Value>|Minimum |Maximum
135
Monitor[1|2|3|4]:Voltage[:Value]
135
Recorder[1|2|3|4]:Path
135
Recorder[1|2|3|4]:Memory{0|1|2|3|4|5|6|7|8|9
135
Recorder[1|2|3|4]:Usb <Dest
136
Recorder[1|2|3|4]:Period <Value
136
Recorder[1|2|3|4]:Period
137
Recorder[1|2|3|4] [:State] {ON|OFF
137
Recorder[1|2|3|4] [:State]
137
Recorder[1|2|3|4]:Groups <Value
138
Recorder[1|2|3|4]:Groups
138
Recorder[1|2|3|4]:Enable {ON|OFF
138
Recorder[1|2|3|4]:Enable
138
Sequence[1|2]:Cycles {N|I}[,<Value>]
138
Sequence[1|2]:Cycles
139
Sequence[1|2]:Endstate {OFF|LAST
139
Sequence[1|2]:Endstate
139
Sequence[1|2]:Groups <Value
140
Sequence[1|2]:Groups
140
Sequence[1|2]:Parameter<No>,<Volt>,<Curr>,<Time
140
Sequence[1|2]:Parameter? <No>,<Count
141
Sequence[1|2]:Start <Value
142
Sequence[1|2]:Start
142
Sequence[1|2] [:State] {ON|OFF
142
Sequence[1|2] [:State]
143
Sequence[1|2]:Templet:construct
143
Sequence[1|2]:Templet:fallrate <Value
143
Sequence[1|2]:Templet:fallrate
143
Sequence[1|2]:Templet:interval <Value
144
Sequence[1|2]:Templet:interval
144
Sequence[1|2]:Templet:invert {ON|OFF
144
Sequence[1|2]:Templet:invert
145
Sequence[1|2]:Templet:maxvalue{<Value
145
Minimum|Maximum
145
Sequence[1|2]:Templet:maxvalue
145
Sequence[1|2]:Templet:minvalue{<Value>|Minimum |Maximum
146
Sequence[1|2]:Templet:minvalue
146
Sequence[1|2]:Templet:object {V|C
146
Sequence[1|2]:Templet:object
147
Sequence[1|2]:Templet:points <Value
147
Sequence[1|2]:Templet:points
147
Sequence[1|2]:Templet:riserate <Value
147
Sequence[1|2]:Templet:riserate
148
Sequence[1|2]:Templet:select {SINE|PULSE|RAMP|UP|DN|UPDN|RISE|FALL
148
Sequence[1|2]:Templet:select
148
Sequence[1|2]:Templet:symmetry <Value
148
Sequence[1|2]:Templet:symmetry
149
Sequence[1|2]:Templet:width <Value
149
Sequence[1|2]:Templet:width
149
Trigger:in[:Enable] {D0|D1|D2|D3|D4},{ON|OFF
149
Trigger:in[:Enable]?{D0|D1|D2|D3|D4
150
Trigger:in:response{D0|D1|D2|D3|D4},{On|Off|Tog GLE|POWER|CV|CC|CR|IND|SER|PAR
150
Trigger:in:response? {D0|D1|D2|D3|D4
151
Trigger:in:sensitivity {D0|D1|D2|D3|D4},{LOW|MID|HIGH
152
Trigger:in:sensitivity?{D0|D1|D2|D3|D4
152
Trigger:in:source {D0|D1|D2|D3|D4} , {CH1|CH2|CH3|CH4},{ON|OFF
152
Trigger:in:source?{D0|D1|D2|D3|D4
153
Trigger:in:type {D0|D1|D2|D3|D4},{RISE|FALL|HIGH|LOW|STATE
153
Trigger:in:type?{D0|D1|D2|D3|D4
153
Trigger:out:condition {D0|D1|D2|D3|D4},{OUTOFF|OUTON|>V|<V|=V|>C|<C| =C|>P|<P|=P|Auto},<Value
154
Trigger:out:condition? {D0|D1|D2|D3|D4
155
Trigger:out[:Enable] {D0|D1|D2|D3|D4},{ON|OFF
155
Trigger:out[:Enable]?{D0|D1|D2|D3|D4
156
Trigger:out:polarity {D0|D1|D2|D3|D4},{Positive|Negative
156
Trigger:out:polarity? {D0|D1|D2|D3|D4
156
Trigger:out:source {D0|D1|D2|D3|D4},{CH1|CH2|CH3|CH4
157
Trigger:out:source?{D0|D1|D2|D3|D4
157
Status Commands
158
Status
158
Status:preset
159
Status:operation[:Event]
159
Status:operation:condition
159
Status:operation:enable <Nrf
159
Status:operation:enable
160
Status:measurement[:Event]
160
Status:measurement:enable <Nrf
160
Status:measurement:enable
161
Status:measurement:condition
161
Status:questionable[:Event]
161
Status:questionable:condition
161
Status:questionable:enable <Nrf
162
Status:questionable:enable
162
Status:queue[:Next]
162
Status:queue:enable <List
162
Status:queue:enable
163
Status:queue:disable <List
163
Status:queue:disable
164
Status:queue:clear
164
System Commands
165
System:version
166
System:error
166
System:err
166
System:clear
167
System:posetup <Name
167
System:posetup
167
System:communicate:lan:dhcp[:State] <B
167
System:communicate:lan:dhcp[:State]
168
System:communicate:lan:ipaddress <Ipaddress
168
System:communicate:lan:ipaddress
168
System:communicate:lan:smask<Mask
169
System:communicate:lan:smask
169
System:communicate:lan:gateway <Ipaddress
169
System:communicate:lan:gateway
170
System:communicate:lan:manualip[:State] <B
170
System:communicate:lan:manualip[:State]
170
System:communicate:lan:apply
170
System:remote
171
Remote
171
System:beeper:state <B
171
Beep<Boolean
171
System:beeper:state
172
System:local
172
Local
172
System:interface [USB|RS232|GPIB|LAN]
172
System:language [Chinese|English]
172
System:language
173
System:baudrate:usb[9600|19200|38400|57600|115200]
173
System:baudrate:usb
173
Baud<Nr1
173
Help
174
Idn
175
Rst
175
Sav<Nrf
176
Sav<Nr1
176
Rcl<Nrf
176
Rcl <Nr1
176
SCPI Status Registers SCPI
178
Status Byte Register Commands
184
SRE <Allowed Values
184
Sre
184
Stb
184
Status Event Register Commands
186
ESE <Allowed Values
186
Ese
186
Esr
186
Cls
187
Errors
188
Error Message
188
Command Errors
189
Appendix
192
Replacing the Fuse
192
Specifications
193

Teledyne T3PS23203P Quick Start Manual (29 pages)

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Brand: Teledyne | Category: Power Supply | Size: 1 MB

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