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GERBANG LOGIKA BINER

GERBANG LOGIKA BINER. NAND. NOT AND → AND yang dibalik. Keluaran NAND = keluaran AND yang dibalik. GERBANG LOGIKA BINER. NOR. NOT OR → OR yang dibalik. Keluaran NOR = keluaran OR yang dibalik. GERBANG LOGIKA BINER. XOR. OR EKSKLUSIF → “setiap tapi tidak semua”.

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GERBANG LOGIKA BINER

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  1. GERBANG LOGIKA BINER NAND NOT AND → AND yang dibalik Keluaran NAND = keluaran AND yang dibalik

  2. GERBANG LOGIKA BINER NOR NOT OR → OR yang dibalik Keluaran NOR = keluaran OR yang dibalik

  3. GERBANG LOGIKA BINER XOR OR EKSKLUSIF → “setiap tapi tidak semua” Jika ada “setiap” pada masukan , keluaran = 1 Jika “semua” (sama) pada masukan, keluaran = 0

  4. GERBANG LOGIKA BINER XNOR NOR EKSKLUSIF → XOR yang dibalik

  5. GERBANG LOGIKA BINER GERBANG NAND SEBAGAI GERBANG UNIVERSAL

  6. GERBANG LOGIKA BINER GERBANG DENGAN MASUKAN LEBIH DARI DUA Gerbang AND tiga masukan Gerbang AND empat masukan

  7. GERBANG LOGIKA BINER Gerbang NAND empat masukan Gerbang OR empat masukan Gerbang OR tiga masukan

  8. GERBANG LOGIKA BINER PENGGUNAAN PEMBALIK UNTUK MENGUBAH GERBANG

  9. GERBANG LOGIKA BINER GERBANG LOGIKA IC TTL Rangkaian gerbang AND dua masukan

  10. GERBANG LOGIKA BINER GERBANG LOGIKA IC CMOS Rangkaian gerbang AND dua masukan CMOS

  11. GERBANG LOGIKA BINER DAFTAR IC TTL seri 7400 (30 dari banyak) • 7400: Quad 2-input NAND Gate • 7401: Quad 2-input NAND Gate with Open Collector Outputs • 7402: Quad 2-input NOR Gate • 7403: Quad 2-input NAND Gate with Open Collector Outputs (different pinout than 7401) • 7404: Hex Inverter • 7405: Hex Inverter with Open Collector Outputs • 7406: Hex Inverter Buffer/Driver with 30V Open Collector Outputs • 7407: Hex Buffer/Driver with 30V Open Collector Outputs • 7408: Quad 2-input AND Gate • 7409: Quad 2-input AND Gate with Open Collector Outputs • 7410: Triple 3-input NAND Gate • 7411: Triple 3-input AND Gate • 7412: Triple 3-input NAND Gate with Open Collector Outputs • 7413: Dual Schmitt trigger 4-input NAND Gate • 7414: Hex Schmitt triggerInverter • 7415: Triple 3-input AND Gate with Open Collector Outputs • 7416: Hex Inverter Buffer/Driver with 15V Open Collector Outputs • 7417: Hex Buffer/Driver with 15V Open Collector Outputs • 7419: Hex Schmitt triggerInverter • 7420: Dual 4-input NAND Gate • 7421: Dual 4-input AND Gate • 7422: Dual 4-Input NAND Gate with Open Collector Outputs • 7423: Expandable Dual 4-input NOR Gate with Strobe • 7425: Dual 4-input NOR Gate with Strobe • 7426: Quad 2-input NAND Gate with 15V Open Collector Outputs • 7427: Triple 3-input NOR Gate • 7428: Quad 2-input NOR Buffer • 7430: 8-input NAND Gate

  12. GERBANG LOGIKA BINER KONFIGURASI KAKI IC TTL seri 7400

  13. GERBANG LOGIKA BINER • x = x • x + 1 = 1 • x + 0 = x • x . 1 = x • x . 0 = 0 • x + x = 1 • x + x = x • x . x = 0 • x . x = x • (x + y) . (z + w) = x . z + x . w + y . z + y . w • de morgans theorem: • (x . y) = x + y • (x + y) = x . y 12. x y = x . y + x . y • x y = x . y + x . y • penyerapan contoh: (x + xy) = x (1+y) = x . 1 = x HUKUM LOGIKA BOLEAN

  14. GERBANG LOGIKA BINER PENGGUNAAN GERBANG LOGIKA Teori sum of product dan product of sumJika diketahui tabel kebenaran: Untuk kasus ini lebih efisien (why?)

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