mum peak inverse vol+age rating of
30000
mum peak inverse vol+age rating of 30,000 vol+s. Cooling is by convection and
cuit will deliver [1]
150
cuit will deliver 150 milliamperes at 19,000 volts +o a choke-input fil+er with
cuit will deliver [2]
19000
cuit will deliver 150 milliamperes at 19,000 volts +o a choke-input fil+er with
Current
-4 A
Current - -4.O amperes
Maximum Temperature of plate seal
225
Maximum Temperature of plate seal - - .----- 225OC
Recommended Heat Dissipating Plate Connector ----- Eimac HR
3
Recommended Heat Dissipating Plate Connector ----- Eimac HR-3
PEAK INVERSE PLATE VOLTAGE •
30000 V
PEAK INVERSE PLATE VOLTAGE • - 30,000 MAX. VOLTS
PLATE DISSIPATION
30 W
PLATE DISSIPATION - - 30 MAX. WATTS
D-C PLATE CURRENT]
75 mA
D-C PLATE CURRENT] . . 75 MAX. MA
PEAK PLATE CURRENT I
0 mA
PEAK PLATE CURRENT I.0 MAX. AMPERE
base ei+her down or up. The lead to the plate terminal of the Cooling-The [1]
2
base ei+her down or up. The lead to the plate terminal of the Cooling-The 2-50A is cooled by convection and radiation.
base ei+her down or up. The lead to the plate terminal of the Cooling-The [2]
-50
base ei+her down or up. The lead to the plate terminal of the Cooling-The 2-50A is cooled by convection and radiation.
Published value [1]
224
224. a National Co. No. XC-4 or CIR-4. or an equivalent socke+. pating Connector or equivalent is required on the plate terminal.
Published value [2]
4
224. a National Co. No. XC-4 or CIR-4. or an equivalent socke+. pating Connector or equivalent is required on the plate terminal.
Published value [3]
4
224. a National Co. No. XC-4 or CIR-4. or an equivalent socke+. pating Connector or equivalent is required on the plate terminal.
the Tempil Corpora+ion, [1]
132 pF
the Tempil Corpora+ion,132 W. 22nd St., Now York 11, N. Y. +he +o+al series resistance of the capacitor-charging circuit
the Tempil Corpora+ion, [2]
22 pF
the Tempil Corpora+ion,132 W. 22nd St., Now York 11, N. Y. +he +o+al series resistance of the capacitor-charging circuit
the Tempil Corpora+ion, [3]
11 pF
the Tempil Corpora+ion,132 W. 22nd St., Now York 11, N. Y. +he +o+al series resistance of the capacitor-charging circuit
The thoriated-tungs+en filament of the [1]
2 A
The thoriated-tungs+en filament of the 2-50A reaches op- rectifiers, lp is half the load current.
The thoriated-tungs+en filament of the [2]
-50 A
The thoriated-tungs+en filament of the 2-50A reaches op- rectifiers, lp is half the load current.
the [1]
2 mA
the 2-50A begins to show color as the maximum plate dissipa- upon +he d-c current per tube (I p ), and has been tabulated in
the [2]
-50 mA
the 2-50A begins to show color as the maximum plate dissipa- upon +he d-c current per tube (I p ), and has been tabulated in
tion rating of [1]
30
tion rating of 30 Vat+s is approached. The maximum peak inverse Fig. 2 as a percentage of the effective load resistance per tube
tion rating of [2]
2
tion rating of 30 Vat+s is approached. The maximum peak inverse Fig. 2 as a percentage of the effective load resistance per tube
voltage rating of
30000 V
voltage rating of 30,000 volts should not be exceeded at any
performance capabilities of the [1]
2 W
performance capabilities of the 2-50A when used as a power-
performance capabilities of the [2]
-50 W
performance capabilities of the 2-50A when used as a power-
supply rectifier. Rp is +he plate resis+ance of the [1]
2
supply rectifier. Rp is +he plate resis+ance of the 2-50A. which may be
supply rectifier. Rp is +he plate resis+ance of the [2]
-50
supply rectifier. Rp is +he plate resis+ance of the 2-50A. which may be
peak current usually limits the d-c current which +he [1]
2 A
peak current usually limits the d-c current which +he 2-50A capabili+y in a given circuit. When two tubes are placed in
peak current usually limits the d-c current which +he [2]
-50 A
peak current usually limits the d-c current which +he 2-50A capabili+y in a given circuit. When two tubes are placed in
tion associated with a given d-c current depends upon the
2 mA
tion associated with a given d-c current depends upon the 2, the plate resistance (Rp) will be half as grea+ and the maxi-
Clloke-Input lil.er-The maximum d-c current rating of the +he [1]
2 mA
Clloke-Input lil.er-The maximum d-c current rating of the +he 2-50A is 30,000 volts. In single-phase power-supply rectifier
Clloke-Input lil.er-The maximum d-c current rating of the +he [2]
-50 mA
Clloke-Input lil.er-The maximum d-c current rating of the +he 2-50A is 30,000 volts. In single-phase power-supply rectifier
Clloke-Input lil.er-The maximum d-c current rating of the +he [3]
30000 mA
Clloke-Input lil.er-The maximum d-c current rating of the +he 2-50A is 30,000 volts. In single-phase power-supply rectifier
Published value [1]
2 V
2-50A is 75 milliamperes when the load incorporates a choke- circuits the peak inverse voltage to be used in design is the
Published value [2]
-50 V
2-50A is 75 milliamperes when the load incorporates a choke- circuits the peak inverse voltage to be used in design is the
Published value [3]
75 V
2-50A is 75 milliamperes when the load incorporates a choke- circuits the peak inverse voltage to be used in design is the
peak a-c supply voltage (I [1]
41 V
peak a-c supply voltage (I.41 +imes Erms in Fig. 2) in the case
peak a-c supply voltage (I [2]
2 V
peak a-c supply voltage (I.41 +imes Erms in Fig. 2) in the case
Lo =
6 pF
Lo =6# for full-wave three-pllase rectifiers, filter circuits assume values of input capacitance large enough
the [1]
2 A
the 2-50A is capable of larger d-c output currents.
the [2]
-50 A
the 2-50A is capable of larger d-c output currents.
Cho[e-inpu+ fil+ers are not normally used with single-phase maximum current rating of the [1]
2 mA
Cho[e-inpu+ fil+ers are not normally used with single-phase maximum current rating of the 2-50A is 145 milliamperes.
Cho[e-inpu+ fil+ers are not normally used with single-phase maximum current rating of the [2]
-50 mA
Cho[e-inpu+ fil+ers are not normally used with single-phase maximum current rating of the 2-50A is 145 milliamperes.
Cho[e-inpu+ fil+ers are not normally used with single-phase maximum current rating of the [3]
145 mA
Cho[e-inpu+ fil+ers are not normally used with single-phase maximum current rating of the 2-50A is 145 milliamperes.
The plate characteristic curve for the [1]
2
The plate characteristic curve for the 2-50A serves as a
The plate characteristic curve for the [2]
-50
The plate characteristic curve for the 2-50A serves as a
Capaci.®r.Inpul Filter-The [1]
2 W
Capaci.®r.Inpul Filter-The 2-50A is particularly suitable for guide to special applications. The maximum plate dissipation
Capaci.®r.Inpul Filter-The [2]
-50 W
Capaci.®r.Inpul Filter-The 2-50A is particularly suitable for guide to special applications. The maximum plate dissipation
power-supply applications demanding high voltage at low cur- rating of
30 V
power-supply applications demanding high voltage at low cur- rating of 30 watts, the maximum peak inverse voltage rating of
ren+. Under +hese conditions capacitor-inpu+ filter circuits [1]
30000 mA
ren+. Under +hese conditions capacitor-inpu+ filter circuits 30,000 volts, and the maximum peal plate current of I.0 ampere
ren+. Under +hese conditions capacitor-inpu+ filter circuits [2]
0 mA
ren+. Under +hese conditions capacitor-inpu+ filter circuits 30,000 volts, and the maximum peal plate current of I.0 ampere
become desirable. The maximum d-c current ra+ing of the [1]
2 mA
become desirable. The maximum d-c current ra+ing of the 2-50A must not be exceeded.
become desirable. The maximum d-c current ra+ing of the [2]
-50 mA
become desirable. The maximum d-c current ra+ing of the 2-50A must not be exceeded.
Eimac [1]
2 mA
Eimac 2-50A Maxium D-C Current Ratings for R-C Fil+er Applications
Eimac [2]
-50 mA
Eimac 2-50A Maxium D-C Current Ratings for R-C Fil+er Applications
