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1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 [55] 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 [«Back ||Next »]   Click to Enlarge INDUCTANCE BOX, DECADE, DIAL TYPE, METAL (0395) Designed with pot core stability for standard laboratory use. Useful as an oscillator element, wave shaping and resonance experiments, bridge experiments etc. Construction features similar to Resistance Box. Accuracy ?1% See Enlarge Click to Enlarge INDUCTANCE BOX, DECADE, DIAL TYPE, METAL One Decade. (0396) Designed with pot core stability for standard laboratory use. Useful as an oscillator element, wave shaping and resonance experiments, bridge experiments etc. Construction features similar to Resistance Box. Accuracy ?1%. 0-100mH x 10mH See Enlarge Click to Enlarge INDUCTANCE BOX, DECADE, DIAL TYPE, METAL Two Decades. (0397) Designed with pot core stability for standard laboratory use. Useful as an oscillator element, wave shaping and resonance experiments, bridge experiments etc. Construction features similar to Resistance Box. Accuracy ?1%. 0-10mH x 1mH, 0-100mH x 10mH See Enlarge Click to Enlarge INDUCTANCE BOX, DECADE, DIAL TYPE, METAL Three Decades. (0398) Designed with pot core stability for standard laboratory use. Useful as an oscillator element, wave shaping and resonance experiments, bridge experiments etc. Construction features similar to Resistance Box. Accuracy ?1%. 0-1000μH(1mH) x 100μH, 0-10mH x 1mH, 0-100mH x 10mH See Enlarge Click to Enlarge INDUCTANCE BOX, DECADE, DIAL TYPE, METAL Four Decades. (0399) Designed with pot core stability for standard laboratory use. Useful as an oscillator element, wave shaping and resonance experiments, bridge experiments etc. Construction features similar to Resistance Box. Accuracy ?1%. 0-1000μH(1mH) x 100μH, 0-10mH x 1mH, 0-100mH x 10mH, 0-1000mH x 100mH See Enlarge Click to Enlarge INDUCTANCE BOX, DECADE, DIAL TYPE, METAL Five Decades. (0400) Designed with pot core stability for standard laboratory use. Useful as an oscillator element, wave shaping and resonance experiments, bridge experiments etc. Construction features similar to Resistance Box. Accuracy ?1%. 0-100μH x 10μH, 0-1000μH(1mH) x 100μH, 0-10mH x 1mH, 0-100mH x 10mH, 0-1000mH x 100mH See Enlarge Click to Enlarge CAPACITANCE BOX, DECADE, DIAL TYPE, METAL (0401) Finds many useful applications in the laboratory, such as in resonance timing / wave shaping / oscillator experiments etc and also as capacitance substitution box. Accuracy ?2.5% See Enlarge Click to Enlarge CAPACITANCE BOX, DECADE, DIAL TYPE, METAL One Decade (0402) Finds many useful applications in the laboratory, such as in resonance timing / wave shaping / oscillator experiments etc and also as capacitance substitution box. Accuracy ?2.5%. 0-100nF x 10nF See Enlarge Click to Enlarge CAPACITANCE BOX, DECADE, DIAL TYPE, METAL (0403) Finds many useful applications in the laboratory, such as in resonance timing / wave shaping / oscillator experiments etc and also as capacitance substitution box. Accuracy ?2.5%. 0-100nF x 10nF, 0-1000nF(1?F) x 100nF Total Capacitance 1100nF (1.10?F) See Enlarge Click to Enlarge CAPACITANCE BOX, DECADE, DIAL TYPE, METAL (0404) Finds many useful applications in the laboratory, such as in resonance timing / wave shaping / oscillator experiments etc and also as capacitance substitution box. Accuracy ?2.5%. 0-10nF x 1nF, 0-100nF x 10nF, 0-1000nF(1?F) x 100nF Total capacitance is 1110 nF (or 1.11?F). See Enlarge Click to Enlarge CAPACITANCE BOX, DECADE, DIAL TYPE, METAL (0405) Finds many useful applications in the laboratory, such as in resonance timing / wave shaping / oscillator experiments etc and also as capacitance substitution box. Accuracy ?2.5%. Four Decades 0-10nF x 1nF, 0-100nF x 10nF, 0-1000nF [1?F) x 100nF, 0-10?F x 1?F, Total capacitance is 11,110 nF (or 11.11?F) See Enlarge Click to Enlarge CAPACITANCE BOX, DECADE, DIAL TYPE, METAL (0406) Finds many useful applications in the laboratory, such as in resonance timing / wave shaping / oscillator experiments etc and also as capacitance substitution box. Accuracy ?2.5% Five Decades 0-1000pF(1?F) x 100pF 0-10nF x 1nF, 0-100nF x 10nF, 0-1000nF(1?F) x 100nF, 0-10?F x 1?F, Total capacitance is 11,111nF (or 11.111?F) See Enlarge Click to Enlarge RESISTANCE COILS, PLASTIC CASE, ACCURATE (0407) Non-inductively wound resistance coils of double silk covered constantan wire, mounted in moulded plastic round case. A pair of 4mm socket terminals at the top provide its connection in the circuit. Value clearly marked on each coil. Accuracy ?O.2% rated 1 W. See Enlarge Click to Enlarge RESISTANCE COILS, PLASTIC CASE, ACCURATE 0.1 to 0.9Ω (0407) Non-inductively wound resistance coils of double silk covered constantan wire, mounted in moulded plastic round case. A pair of 4mm socket terminals at the top provide its connection in the circuit. Value clearly marked on each coil. Accuracy ?O.2% rated 1 W. See Enlarge Click to Enlarge RESISTANCE COILS, PLASTIC CASE, ACCURATE 11 to 500Ω (0407) Non-inductively wound resistance coils of double silk covered constantan wire, mounted in moulded plastic round case. A pair of 4mm socket terminals at the top provide its connection in the circuit. Value clearly marked on each coil. Accuracy ?O.2% rated 1 W. See Enlarge 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 [55] 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 [«Back ||Next »] Go to Top