Flipper Totem

Totem (Gottlieb, 1979): faults and System 1 replacement boards

Does your Totem (Gottlieb, 1979) crash at start-up, show faulty player 3 and 4 displays or a blown "spider chip"? This Gottlieb pinball with a Native American theme is built on System 1. Here are the typical faults reported on the forums and the battery-free replacement solutions.

Totem overview

Released in 1979, the Totem is a Gottlieb solid-state pinball built on System 1. Its theme draws on Native American imagery, with totem poles and tribal motifs.

  • Manufacturer: Gottlieb
  • Year: 1979
  • System: Gottlieb System 1
  • Type: solid state (alphanumeric displays)
  • Theme: Native American, totem poles, tribal
Gottlieb System 1 MPU board — Totem
The MPU board drives the entire Gottlieb System 1.

Common faults (System 1)

The Gottlieb System 1 shares a set of well-known weaknesses, regardless of the game:

  • Leaking battery: the NiCad battery soldered onto the MPU board leaks over time and corrodes traces and components. It's the number-one fault — remove it without delay.
  • Poor grounding: the original ground wiring is undersized and causes resets and erratic behaviour (the "ground mods" are practically mandatory).
  • Corroded connectors: the Molex connectors, especially the MPU↔Driver link (46 pins), lose contact and need re-pinning.
  • Power supply: unstable 5 V, tired bridge rectifiers and an overheating transformer lead to crashes.
  • Displays: digits that fade, flicker or stay frozen at zero.
Battery corrosion on a Gottlieb System 1 board — Totem
Typical NiCad battery corrosion on System 1: the number-one fault to fix.

Totem-specific problems (forums)

  • Connectors = fault number one: after decades, you often have to re-crimp all the connectors in the game to get reliable operation back.
  • CPU and power-supply grounds: System 1 suffers from inadequate grounds; the ground mods (ground wires to the boards) are essential.
  • Destroyed "spider chips": battery acid and solenoid voltage (40 V coming back up the interconnect when a solenoid or its transistor shorts) destroy the famous spider chips — later driver boards add protection diodes.
  • Display with a missing segment: often a faulty connector or the display board.
  • Sound board: a faulty 7404N chip at U6 can short and make the 555 and the game PROM heat up very fast.
  • Player 3 and 4 displays: a known display problem on the Totem (connector or display data to check).

Totem-compatible replacement boards

The Totem is built on the Gottlieb System 1, a platform known to be fragile (leaking battery, weak grounds, oxidised connectors, sensitive spider chips). Pinballs Store offers battery-free replacement solutions to make it reliable again:

  • Gosof — replacement sound board.
Gosof sound board for Gottlieb System 1 — Totem
The Gosof sound board: battery-free replacement, Plug & Play installation.

For a CPU/Driver board dedicated to System 1, contact us: we'll point you to the best solution for your Totem. Plug & Play installation, battery-free, free support.

FAQ — Totem Gottlieb

What year was the Totem released?
In 1979. It's a Gottlieb solid-state pinball on the System 1 platform.

Why are the player 3 and 4 displays on my Totem faulty?
It's a known problem, usually linked to a connector or the CPU display data. Clean and re-pin the connectors; a replacement board makes the whole thing reliable.

What is a "spider chip" and why does it blow?
It's a Gottlieb System 1 proprietary chip, destroyed by battery acid or by a solenoid over-voltage coming back up the interconnect. Modern boards eliminate this weakness.

Is there a replacement board for the Totem?
Yes. Contact us for the right System 1 CPU/Driver solution; installation is Plug & Play, battery-free, with free support.

How long does it take to install a replacement board?
Installation is Plug & Play: a few minutes, no soldering, with tutorials and free support.

Does a battery-free board keep the settings and high scores?
Yes. Modern replacement boards use non-volatile memory: no more battery, no more corrosion, and the settings are kept when powered off.

Step-by-step diagnosis

  1. Power off, visual inspection: look for any battery or corrosion marks on the MPU of your Totem; remove the NiCad battery if it is still present.
  2. Power supply: measure the 5 V and check that it reaches the MPU (re-solder the regulator or Q1 if the voltage drops).
  3. Grounds: apply the “ground mods” between the boards (CPU, Driver, power supply, sound).
  4. Connectors: re-pin the oxidised Molex connectors, especially the MPU↔Driver link.
  5. Displays: never plug or unplug a display while powered on; test with a known-good display.
  6. Final test: check start-up, credits, coils and displays; if needed, contact the free support.

See also

Sources

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